Explore Al-Bashiti | All Products at Al-Bashiti — Bashiti Stores in Jordan, to easily access the department or product suitable for your maintenance, home, and workshop needs. Making the right choice begins with reviewing the type of use, size, specifications, and displayed price. Compare the details and images of the offered items, and determine what fits your existing setup and the scale of the required work. If you are replacing a part, keep its size or model number to facilitate matching. Browse Al-Bashiti | All Products and choose based on the actual specifications; you can also inquire about product details before ordering to clearly prepare for your needs.
Al-Bashiti | All Products
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Schneider Electric Schneider Acti9 iC60H RCBO 16A 1P+Ns 30mA A9D11816
Schneider Acti9 iC60H 16A 1P+Ns 30mA RCBO (A9D11816) is an option among RCBO circuit breakers at Bashiti Stores, designed to combine earth leakage, overload, and short-circuit protection for the circuit. This model features a 16A current rating and a 30mA leakage sensitivity. When comparing, distinguish between the current passing through the device and the leakage value that triggers tripping, and review the appropriate protection type for the loads. Practical Benefits Combines multiple protection functions in a single device instead of relying solely on an overload circuit breaker. Assigning a combined protection device to each suitable circuit helps organize maintenance and identify the affected circuit. The Type A classification and leakage sensitivity specify characteristics that can be matched to load requirements by a professional. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iC60H Model Reference A9D11816 Rated Current 16 A Number of Poles 1P+Ns Leakage Sensitivity 30 mA Leakage Detection Type A Stated Breaking Capacity 10,000 A Stated Operating Voltage 240VAC Dimensions: W x H x D 18 x 110 x 77.5 mm Stated Mounting DIN Rail Who Needs This Product? Panel technicians and electrical contractors who require combined protection for an independent circuit, especially when reorganizing existing panel circuits. It is selected based on current, leakage sensitivity, protection type, and compatibility with the installation site. Installation and Verification Procedure — For Professional Technicians The following steps outline the general workflow. Refer to the manufacturer's diagram for reference A9D11816 to determine terminals and torque values. Work must not be performed on a circuit connected to power. The technician disconnects all power sources and secures them against accidental restart, then verifies the absence of voltage using appropriate equipment. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-section and protection coordination. Installs the unit on the rail or its designated position after ensuring compatibility, and identifies supply and load connections from the manufacturer's diagram for this reference. Executes connections according to the torque, stripping length, and wire cross-sections specified in the model manual; do not extrapolate these values from a similar device. Checks the integrity of the mounting and connections, then closes covers and performs required operation and protection tests before handing over the circuit. Frequently Asked Questions Before Buying What is the difference between an RCBO and an RCCB? An RCBO combines leakage protection with overcurrent and short-circuit protection, whereas an RCCB requires separate, coordinated overcurrent protection. Does having a leakage breaker eliminate the need for grounding? No. Grounding, protective bonding, and protection device coordination are independent parts of installation safety and are not replaced by this breaker. Can it be installed in place of any single-pole breaker? You must first review dimensions, poles, neutral requirements, connection points, and the panel system. Similarity in width is not sufficient to prove compatibility. Schneider at Bashiti Stores — Electrical Department Choose RCBO breakers from the Bashiti electrical department according to the specifications required for your project in Jordan. The series name and reference A9D11816 help you identify the part accurately when inquiring or ordering a replacement. At Bashiti Stores, we provide essential selection data to help you compare similar products, ensuring your order for a technician or contractor is based on function and compatibility, rather than just price or appearance.
36.540 JD
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Schneider Electric Schneider Easy9 RCCB 63A 4P 30mA EZ9R36463
Schneider Easy9 63A 4P 30mA RCCB EZ9R36463 is an option among residual current circuit breakers at Bashiti Stores, designed for monitoring residual current and disconnecting the circuit when the specified leakage sensitivity is exceeded. This model features a 63A rated current and 30mA leakage sensitivity. When comparing, distinguish between the current passing through the device and the leakage value that triggers disconnection, and review the appropriate protection type for the loads. Practical Benefits Adds earth leakage detection functionality to the protection system when selected and installed correctly. The availability of specific rated current and leakage sensitivity allows for clear comparison of the device against panel requirements. Distinguishing between protection type and current helps avoid confusion between wiring protection and leakage protection. Technical Specifications for This Model Brand Schneider Electric Series Easy9 Model Reference EZ9R36463 Rated Current 63 A Poles 4P Leakage Sensitivity 30 mA Leakage Detection Type AC Rated Operational Voltage 400VAC Dimensions: W x H x D 72 x 82 x 72 mm Mounting DIN Rail Who Needs This Product? Technicians preparing and maintaining distribution boards in buildings, when earth leakage protection is required according to the protection plan. The type, sensitivity, current, and number of poles must be selected in coordination with the remaining circuit breakers and loads. Installation and Verification — For Professional Technicians The following steps outline the general work sequence; refer to the manufacturer's diagram for the EZ9R36463 reference to determine terminals and torque values. Do not perform work on a circuit connected to a power supply. The technician disconnects all power sources and secures them against accidental restart, then verifies the absence of voltage with a suitable tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-section and protection coordination. Mounts the unit on the DIN rail or its designated location after ensuring compatibility, and identifies the supply and output from the manufacturer's diagram for this reference. Executes connections using the torque, stripping length, and wire gauges specified in the model manual; do not carry these values over from a similar device. Checks the integrity of the installation and connections, closes the covers, and conducts the required operational and protection tests before handing over the circuit. --> Common Questions Before Purchasing Does an RCCB protect against overload and short circuits? An RCCB does not include overcurrent protection; therefore, it requires coordination with a suitable circuit breaker or fuse. It should not be used as a substitute for an overload and short-circuit breaker. Does 40A mean the leakage sensitivity is 40A? No. Rated current and leakage sensitivity are two different values; sensitivity is specified here in milliamperes, while rated current relates to the current passing through the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required protection type according to the potential leakage current waveform and the nature of the loads; some circuits may require a different type. Schneider at Bashiti Stores — Electrical Department Choose residual current circuit breakers from the Bashiti electrical department according to the specifications your project in Jordan requires. The series name and EZ9R36463 reference help you identify the part precisely when inquiring or ordering a replacement. At Bashiti Stores, we display basic selection data to help you compare similar products, and prepare your order for the technician or electrical contractor based on functionality and compatibility, not just on price or appearance.
67.360 JD
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Schneider Electric Schneider Easy9 RCCB 40A 4P 30mA EZ9R36440
Schneider Easy9 40A 4P 30mA RCCB EZ9R36440 is an option among residual current circuit breakers at Bashiti Stores, intended for detecting residual current and disconnecting the circuit when the specified leakage sensitivity is exceeded. This model features a 40-amp rating and 30mA leakage sensitivity. When comparing, distinguish between the current flowing through the device and the leakage value that triggers disconnection, and check the appropriate protection type for the loads. Practical Benefits Adds earth leakage detection to the protection system when selected and installed correctly. Specified rated current and leakage sensitivity allow for clear comparison of the device against panel requirements. Differentiating between protection type and current helps avoid confusion between wiring protection and leakage protection. Technical Specifications for this Model Brand Schneider Electric Series Easy9 Model Reference EZ9R36440 Rated Current 40 A Number of Poles 4P Leakage Sensitivity 30 mA Leakage Detection Type AC Rated Operational Voltage 400VAC Dimensions: W x H x D 72 x 82 x 72 mm Mounting DIN rail Who needs this product? Technicians preparing and maintaining distribution boards in buildings, when earth leakage protection is required according to the protection plan. The type, sensitivity, current, and number of poles must be selected in coordination with other breakers and loads. Installation and Verification Method — For Professional Technicians The following steps outline the general work sequence; the manufacturer's diagram for reference EZ9R36440 must be relied upon to determine terminals and connection values. Do not perform work on a circuit connected to a power supply. The technician disconnects all power sources, secures them against re-energization, and verifies the absence of voltage with an appropriate tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-section and protection coordination. Mounts the unit on the rail or its designated position after ensuring compatibility, and identifies the supply and load side from the manufacturer's diagram for this reference. Executes connections using the torque, stripping length, and wire cross-sections specified in the model manual; do not carry these values over from a similar device. Checks the tightness of mounting and connections, then closes covers and performs the required operational and protection tests before handing over the circuit. Frequently Asked Questions Before Buying Does an RCCB protect against overload and short circuits? An RCCB does not include overcurrent protection, so it requires coordination with an appropriate circuit breaker or fuse. It should not be used as a substitute for an overload and short-circuit breaker. Does 40 amps mean the leakage sensitivity is 40 amps? No. The rated current and leakage sensitivity are two different values; the sensitivity here is indicated in milliamperes, while the rated current refers to the current flow through the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required protection type according to the potential leakage current waveform and the nature of the loads; some circuits may require a different type. Schneider at Bashiti Stores — Electrical Department Choose residual current circuit breakers from Bashiti's electrical department according to the specifications required by your project in Jordan. The series name and reference EZ9R36440 help you identify the item precisely when inquiring or ordering a replacement. At Bashiti Stores, we provide basic selection data to compare similar products, and you prepare your order for the technician or electrical contractor based on function and compatibility, not just price or appearance.
57.590 JD
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Schneider Electric Schneider Easy9 RCCB 25A 4P 30mA EZ9R36425
Schneider Easy9 RCCB 25A 4P 30mA EZ9R36425 is an option among the earth leakage circuit breakers at Beshaiti Stores, intended for detecting residual current and disconnecting the circuit when the specified leakage sensitivity is exceeded. This model features a 25A current rating and 30mA leakage sensitivity. When comparing, distinguish between the current passing through the device and the leakage value that triggers disconnection, and review the appropriate protection type for the loads. Practical Benefits Adds earth leakage detection functionality to the protection system when selected and installed correctly. The presence of a specific rated current and leakage sensitivity allows for clear comparison of the device with panel requirements. Distinguishing between protection type and current helps avoid confusion between wiring protection and leakage protection. Technical Specifications for this Model Brand Schneider Electric Series Easy9 Model Reference EZ9R36425 Rated Current 25 A Number of Poles 4P Leakage Sensitivity 30 mA Leakage Detection Type AC Stated Operating Voltage 400VAC Dimensions: W × H × D 72 × 82 × 72 mm Stated Mounting DIN Rail Who Needs This Product? Technicians involved in the assembly and maintenance of building distribution boards, when earth leakage protection functionality is required according to the protection plan. The type, sensitivity, current, and number of poles must be selected in coordination with the rest of the breakers and loads. Installation and Verification Method — For Professional Technicians The following steps outline the general work sequence. Use the manufacturer's diagram for the EZ9R36425 reference to determine terminals and connection values. Work must not be performed on a circuit connected to power. The technician disconnects all power sources and secures them against accidental restart, then verifies the absence of voltage using an appropriate tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-sections and protection coordination. Mounts the unit on the rail or its designated position after ensuring compatibility, and identifies the supply and output from the manufacturer's diagram for this reference. Executes connections using the torque, stripping length, and wire gauges specified in the model manual; do not carry over these values from a similar device. Checks for firm installation and connection, then closes the covers and performs the required functional and protection tests before handing over the circuit. FAQs Before Purchasing Does an RCCB protect against overload and short circuits? An RCCB does not include overcurrent protection; therefore, it requires coordination with an appropriate circuit breaker or fuse. It should not be used as a substitute for an overload and short-circuit breaker. Does 40A mean the leakage sensitivity is 40A? No. The rated current and leakage sensitivity are two different values; the sensitivity here is specified in milliamperes (mA), while the rated current refers to the current flowing through the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required type of protection based on the potential leakage current waveform and the nature of the loads; some circuits may require another type. Schneider at Beshaiti Stores — Electrical Department Choose earth leakage circuit breakers from Beshaiti's electrical department according to the specifications required for your project in Jordan. The series name and the EZ9R36425 reference help you identify the item precisely when inquiring or ordering a replacement. At Beshaiti Stores, we provide key selection data so you can compare similar products and prepare your order for a technician or installation contractor based on function and compatibility, not just price or appearance.
53.030 JD
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Schneider Electric Schneider Easy9 RCCB 63A 2P 30mA EZ9R36263
Schneider Easy9 63A 2P 30mA RCCB EZ9R36263 is an option among the earth leakage circuit breakers at Beshaiti Stores, designed to detect residual current and disconnect the circuit when the specified leakage sensitivity is exceeded. This model features a 63A current rating and a 30mA leakage sensitivity. When comparing, distinguish between the current passing through the device and the leakage value that triggers disconnection, and review the appropriate type of protection for your loads. Practical Benefits Adds earth leakage detection to the protection system when selected and installed correctly. Specific rated current and leakage sensitivity allow for clear comparison of the device with distribution board requirements. Distinguishing between protection type and current helps avoid confusion between wire protection and leakage protection. Technical Specifications for This Model Brand Schneider Electric Series Easy9 Model Reference EZ9R36263 Rated Current 63 A Number of Poles 2P Leakage Sensitivity 30 mA Leakage Detection Type AC Stated Operating Voltage 230VAC Dimensions: W x H x D 36 x 82 x 72 mm Mounting DIN Rail Who Needs This Product? Technicians involved in the assembly and maintenance of building distribution boards, when earth leakage protection is required according to the protection scheme. The type, sensitivity, current, and number of poles must be selected in coordination with other circuit breakers and loads. Installation and Verification — For Professional Technicians The following steps outline the general workflow. Refer to the manufacturer's diagram for the EZ9R36263 reference to determine terminals and torque values. Never perform work on a live circuit. The technician disconnects all power sources, secures them against accidental restart, and verifies the absence of voltage with a suitable tool. Matches the device reference, number of poles, current, and voltage with the board diagram, and reviews cable cross-section and protection coordination. Installs the unit on the rail or its designated position after ensuring compatibility, and identifies the supply and load terminals from the manufacturer's diagram for this reference. Executes the connections according to the tightening torque, stripping length, and wire sections specified in the model manual; do not transfer these values from a similar device. Checks the security of the mounting and connections, closes the covers, and performs the required functional and protection tests before commissioning the circuit. Frequently Asked Questions Before Purchasing Does an RCCB protect against overload and short circuits? An RCCB does not provide overcurrent protection, so it requires coordination with a suitable circuit breaker or fuse. It should not be used as a substitute for an overload and short-circuit breaker. Does 40A mean the leakage sensitivity is 40A? No. The rated current and leakage sensitivity are two different values; the sensitivity here is stated in milliamperes (mA), while the rated current refers to the current flow through the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required type of protection based on the potential leakage current waveform and the nature of the loads; some circuits may require a different type. Schneider at Beshaiti Stores — Electrical Department Choose earth leakage circuit breakers from Beshaiti's electrical department according to the specifications required for your project in Jordan. The series name and EZ9R36263 reference help you identify the part accurately when inquiring or requesting a replacement. At Beshaiti Stores, we provide essential selection data to help you compare similar products and prepare your order for a technician or contractor based on function and compatibility, rather than just price or appearance.
55.760 JD
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Schneider Electric Schneider Easy9 RCCB 40A 2P 30mA EZ9R36240
Schneider Easy9 RCCB 40A 2P 30mA EZ9R36240 is an option among residual current circuit breakers at Bashiti Stores, intended for detecting residual current and disconnecting the circuit when the specified leakage sensitivity is exceeded. This model features a 40A current rating and a 30mA leakage sensitivity. When comparing, distinguish between the current flowing through the device and the leakage value that triggers disconnection, and review the appropriate protection type for the loads. Practical Benefits Adds residual current detection functionality to the protection system when selected and installed correctly. The presence of a specific rated current and leakage sensitivity allows for a clear comparison of the device with panel requirements. Distinguishing between protection type and current helps avoid confusion between wire protection and leakage protection. Technical Specifications for this Model Brand Schneider Electric Series Easy9 Model Reference EZ9R36240 Rated Current 40 A Number of Poles 2P Leakage Sensitivity 30 mA Leakage Detection Type AC Rated Operational Voltage 230VAC Dimensions: W x H x D 36 x 82 x 72 mm Mounting DIN Rail Who Needs This Product? Technicians preparing and maintaining distribution panels in buildings when earth leakage protection is required according to the protection plan. The type, sensitivity, current, and number of poles must be selected in coordination with other breakers and loads. Installation and Verification Procedure — For Authorized Technicians The following steps outline the general workflow; refer to the manufacturer's diagram for the EZ9R36240 reference to determine terminals and tightening values. Do not perform work on a circuit connected to a power supply. The technician disconnects all power sources and secures them against accidental restart, then verifies the absence of voltage with an appropriate tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-section and protection coordination. Mounts the unit on the rail or its designated position after ensuring compatibility, and identifies the supply and output from the manufacturer's diagram for this reference. Executes connections with the tightening torque, stripping length, and wire gauges specified in the model manual; do not carry over these values from a similar device. Checks the integrity of mounting and connection, then closes covers and performs required operation and protection tests before handing over the circuit. Frequently Asked Questions Before Purchase Does an RCCB protect against overload and short circuits? An RCCB does not include overcurrent protection, so it requires coordination with a suitable breaker or fuse. It is not used as a substitute for overload and short-circuit breakers. Does 40A mean the leakage sensitivity is 40A? No. Rated current and leakage sensitivity are two different values; the sensitivity here is stated in milliamperes (mA), while the rated current concerns the current flowing through the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required protection type based on the shape of the potential leakage current and the nature of the loads, and some circuits may require a different type. Schneider at Bashiti Stores — Electrical Department Choose residual current circuit breakers from the electrical department at Bashiti according to the specifications required for your project in Jordan. The series name and reference EZ9R36240 help you identify the part accurately when inquiring or ordering a replacement. At Bashiti Stores, we display essential selection data for you to compare similar products and prepare your order for the technician or electrical contractor based on functionality and compatibility, not just on price or appearance.
31.610 JD
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Schneider Electric Schneider Easy9 RCCB Residual Current Circuit Breaker 25A 2P 30mA EZ9R36225
Schneider Easy9 25A 2P 30mA RCCB (EZ9R36225) is an option among the residual current circuit breakers at Bashiti Stores, designed to detect residual current and disconnect the circuit when the specified leakage sensitivity is exceeded. This model features a 25A rated current and a 30mA leakage sensitivity. When comparing, distinguish between the current flowing through the device and the leakage value that triggers disconnection, and verify the appropriate protection type for the loads. Practical Benefits Adds earth leakage detection functionality to the protection system when selected and installed correctly. Specified rated current and leakage sensitivity allow for clear comparison of the device with panel requirements. Differentiating between protection type and current helps avoid confusion between wire protection and leakage protection. Technical Specifications for this Model Brand Schneider Electric Series Easy9 Model Reference EZ9R36225 Rated Current 25 A Number of Poles 2P Leakage Sensitivity 30 mA Leakage Detection Type AC Rated Operational Voltage 230VAC Dimensions: W × H × D 36 × 82 × 72 mm Mounting DIN rail Who needs this product? Distribution board installation and maintenance technicians, when earth leakage protection is required according to the protection plan. The type, sensitivity, current, and number of poles must be selected in coordination with the other circuit breakers and loads. Installation and Verification — For the Qualified Technician The following steps outline the general work sequence. Refer to the manufacturer's diagram for reference EZ9R36225 to identify terminals and torque values. Do not perform work on a live circuit. The technician disconnects all power sources and secures them against accidental restart, then verifies the absence of voltage with an appropriate tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-section and protection coordination. Installs the unit on the rail or its designated position after ensuring compatibility, and identifies input/output based on the manufacturer's diagram for this reference. Executes connections using the torque, stripping length, and wire gauges specified in the model manual; do not transfer these values from a similar device. Checks the tightness of the installation and connections, then closes the covers and performs the required functional and protection tests before handing over the circuit. --> Common Questions Before Purchase Does an RCCB protect against overload and short circuits? No, an RCCB does not include overcurrent protection, so it requires coordination with an appropriate circuit breaker or fuse. It is not used as a substitute for an overload and short-circuit breaker. Does 40A mean the leakage sensitivity is 40A? No. Rated current and leakage sensitivity are two different values; sensitivity here is expressed in milliamperes, while the rated current refers to the current flowing through the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required protection type based on the potential leakage current waveform and the nature of the loads; some circuits may require a different type. Schneider at Bashiti Stores — Electrical Department Choose residual current circuit breakers from the electrical department at Bashiti according to the specifications required for your project in Jordan. The series name and EZ9R36225 reference help you identify the part accurately when inquiring or ordering a replacement. At Bashiti Stores, we provide key selection data so you can compare similar products, preparing your order for the technician or contractor based on function and compatibility, rather than just price or appearance.
29.980 JD
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Schneider Electric Schneider Acti9 iID 63A 4P 30mA RCCB A9R41463
Schneider Acti9 iID 63A 4P 30mA RCCB A9R41463 is a selection among earth leakage circuit breakers at Beshaiti Stores, designed to detect residual current and trip the circuit when the specified leakage sensitivity is exceeded. This model features a 63A current rating and a 30mA leakage sensitivity. When comparing, distinguish between the current flowing through the device and the leakage value that triggers a trip, and review the appropriate protection type for the loads. Practical Benefits Adds earth leakage detection to the protection system when correctly selected and installed. The clear rated current and leakage sensitivity allow for easy comparison with panel requirements. Distinguishing between protection type and current helps avoid confusion between wire protection and leakage protection. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iID Model Reference A9R41463 Rated Current 63 A Number of Poles 4P Leakage Sensitivity 30 mA Leakage Detection Type AC Rated Operational Voltage 380VAC to 415VAC Dimensions: W x H x D 72 × 91 × 73.5 mm Mounting DIN Rail Who Needs This Product? Technicians involved in the assembly and maintenance of building distribution panels, when an earth leakage protection function is required according to the protection plan. The type, sensitivity, current, and number of poles must be selected in coordination with other circuit breakers and loads. Installation and Verification Procedure — For Licensed Technicians The following steps outline the general workflow. Refer to the manufacturer's diagram for the A9R41463 reference to determine terminal positions and torque values. Do not perform work on a circuit connected to power. The technician disconnects all power sources, secures them against reactivation, and verifies the absence of voltage with a suitable tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-section and protection coordination. Mounts the unit on the rail or its designated position after confirming compatibility, and identifies the supply and output based on the manufacturer's diagram for this reference. Executes connections using the torque settings, stripping length, and wire gauges specified in the model manual; do not transpose these values from a similar device. Checks the tightness of the mounting and connections, closes the covers, and performs the required operational and protection tests before handing over the circuit. Frequently Asked Questions Before Buying Does an RCCB protect against overload and short circuits? No, an RCCB does not include overcurrent protection, so it must be coordinated with a suitable circuit breaker or fuse. It is not used as a substitute for an overload and short-circuit breaker. Does 40A mean the leakage sensitivity is 40A? No. The rated current and leakage sensitivity are different values; the sensitivity here is measured in milliamperes, while the rated current refers to the current capacity of the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required protection type based on the potential leakage current waveform and the nature of the loads; some circuits may require a different type. Schneider at Beshaiti Stores — Electrical Department Choose earth leakage circuit breakers from the Beshaiti electrical department according to the specifications required for your project in Jordan. The series name and A9R41463 reference help you identify the part accurately when inquiring or ordering a replacement. At Beshaiti Stores, we provide essential selection data to compare similar products, preparing your order for a technician or installation contractor based on function and compatibility, not just price or appearance.
76.490 JD
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Schneider Electric Schneider Acti9 iID K Residual Current Circuit Breaker (RCCB), 40A, 4P, 30mA, A9R50440
Schneider Acti9 iID K RCCB 40 Amp 4P 30mA A9R50440 is an option among residual current circuit breakers at Bashiti Stores, intended for residual current detection and circuit disconnection when the specified leakage sensitivity is exceeded. This model features a 40A rated current and 30mA leakage sensitivity. When comparing, distinguish between the current flowing through the device and the leakage value that triggers disconnection, and verify the appropriate protection type for your loads. Practical Benefits Adds earth leakage detection functionality to the protection system when selected and installed correctly. The presence of specific rated current and leakage sensitivity allows for clear comparison of the device against panel requirements. Distinguishing between protection type and current helps avoid confusion between wiring protection and leakage protection. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iID K Model Reference A9R50440 Rated Current 40 A Number of Poles 4P Leakage Sensitivity 30 mA Leakage Detection Type AC Stated Operating Voltage 380VAC to 415VAC Dimensions: W x H x D 72 × 85 × 69 mm Stated Mounting DIN rail Who needs this product? Distribution board installation and maintenance technicians, when earth leakage protection is required according to the protection scheme. The type, sensitivity, current, and number of poles must be selected in coordination with other breakers and loads. Installation and Verification Procedure — For Authorized Technicians The following steps outline the general workflow. Refer to the manufacturer's diagram for reference A9R50440 to determine terminals and connection values. Do not perform work on a circuit connected to a power supply. The technician disconnects all power sources and secures them against accidental restart, then verifies the absence of voltage with an appropriate tool. Checks the device reference, number of poles, current, and voltage against the panel diagram, and reviews conductor cross-section and protection coordination. Installs the unit on the DIN rail or its designated position after ensuring compatibility, and identifies supply and output from the manufacturer's diagram for this reference. Performs connections using the tightening torque, stripping length, and wire gauges specified in the model manual; do not carry these values over from a similar device. Inspects the security of the mounting and connections, then closes the covers and conducts the required operational and protection tests before handing over the circuit. Common Questions Before Purchasing Does an RCCB protect against overload and short circuits? An RCCB does not include overcurrent protection; therefore, it requires coordination with an appropriate breaker or fuse. It should not be used as a substitute for an overload and short-circuit breaker. Does 40 Amp mean the leakage sensitivity is 40 Amps? No. The rated current and leakage sensitivity are two different values; sensitivity here is expressed in milliamperes, while the rated current pertains to the current flow through the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required protection type based on the potential leakage current waveform and the nature of the loads, as some circuits may require a different type. Schneider at Bashiti Stores — Electrical Department Choose residual current circuit breakers from the Bashiti electrical department according to the specifications required for your project in Jordan. The series name and reference A9R50440 help you identify the exact part when inquiring or ordering a replacement. At Bashiti Stores, we provide essential selection data to compare similar products, preparing your order for the technician or electrical contractor based on functionality and compatibility, rather than just price or appearance.
62.110 JD
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Schneider Electric Schneider Acti9 iID K RCCB Residual Current Circuit Breaker 25A 4P 30mA A9R50425
Schneider Acti9 iID K 25A 4P 30mA RCCB (A9R50425) is an option among residual current circuit breakers at Bashiti Stores, intended for detecting residual current and tripping the circuit when the specified leakage sensitivity is exceeded. This model has a 25A rating and 30mA leakage sensitivity. When comparing, distinguish between the current passing through the device and the leakage value that triggers a trip, and review the appropriate protection type for the loads. Practical Benefits Adds residual current detection functionality to the protection system when selected and installed correctly. The presence of a specific rated current and leakage sensitivity allows for clear comparison of the device against panel requirements. Distinguishing between protection type and current helps avoid confusion between wiring protection and leakage protection. Technical Specifications for This Model Brand Schneider Electric Series Acti9 iID K Model Reference A9R50425 Rated Current 25 A Number of Poles 4P Leakage Sensitivity 30 mA Leakage Detection Type AC Rated Operational Voltage 380VAC to 415VAC Dimensions: W x H x D 72 x 85 x 69 mm Mounting DIN Rail Who Needs This Product? Technicians preparing and maintaining distribution panels in buildings, when residual current protection is required according to the protection plan. The type, sensitivity, current, and number of poles must be selected in coordination with other breakers and loads. Installation and Verification — For the Professional Technician The following steps outline the general workflow; the manufacturer's diagram for reference A9R50425 must be followed to determine terminals and connection values. Work must not be performed on a live circuit. The technician disconnects all power sources and secures them against accidental restart, then verifies the absence of voltage with a suitable tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-sections and protection coordination. Mounts the component on the rail or its designated position after ensuring compatibility, and identifies supply and output from the manufacturer's diagram for this reference. Performs connections according to the tightening torque, stripping length, and wire cross-sections specified in the model manual; these values should not be taken from a similar device. Checks the tightness of the installation and connections, closes the covers, and conducts the required operational and protection tests before handing over the circuit. - Frequently Asked Questions Before Purchasing Does an RCCB protect against overload and short circuits? The RCCB does not include overcurrent protection, therefore it requires coordination with a suitable circuit breaker or fuse. It should not be used as a substitute for an overload and short-circuit breaker. Does 40A mean the leakage sensitivity is 40A? No. The rated current and leakage sensitivity are two different values; sensitivity here is indicated in milliamperes (mA), while the rated current concerns the current flow through the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required protection type based on the shape of the potential leakage current and the nature of the loads, and some circuits may require a different type. Schneider at Bashiti Stores — Electrical Department Choose residual current circuit breakers from the electrical department at Bashiti according to the specifications required for your project in Jordan. The series name and reference A9R50425 help you identify the part accurately when inquiring or requesting a replacement. At Bashiti Stores, we provide key selection data so you can compare similar products and prepare your order for a technician or installation contractor based on function and compatibility, not just on price or appearance.
60.110 JD
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Schneider Electric Schneider Acti9 iID RCCB 63A 2P 30mA A9R41263
Schneider Acti9 iID 63A 2P 30mA RCCB (A9R41263) is an option among residual current circuit breakers at Bashiti Stores, designed to monitor residual current and disconnect the circuit when the specified leakage sensitivity is exceeded. This model features a 63A current rating and 30mA leakage sensitivity. When comparing, distinguish between the current passing through the device and the leakage value that triggers disconnection, and verify the appropriate type of protection for your loads. Practical Benefits Adds residual current protection functionality to the protection system when selected and installed correctly. The clear rated current and leakage sensitivity allow for easy comparison of the device with panel requirements. Distinguishing between protection type and current helps avoid confusion between wiring protection and leakage protection. Technical Specifications for This Model Brand Schneider Electric Series Acti9 iID Model Reference A9R41263 Rated Current 63 A Number of Poles 2P Leakage Sensitivity 30 mA Leakage Detection Type AC Stated Operating Voltage 220VAC to 240VAC Dimensions: W x H x D 36 x 91 x 73.5 mm Stated Mounting DIN Rail Who Needs This Product? Technicians preparing and maintaining distribution boards in buildings when residual current protection is required by the protection scheme. The type, sensitivity, current, and number of poles must be selected in coordination with other circuit breakers and loads. Installation and Verification — For Qualified Technicians The following steps outline the general workflow. Refer to the manufacturer's diagram for the A9R41263 reference to determine terminal assignments and tightening torque. Work must not be performed on a live circuit. The technician disconnects all power sources, secures them against reactivation, and verifies the absence of voltage with a suitable tool. Check the device reference, number of poles, current, and voltage against the panel diagram, and review conductor cross-sections and protection coordination. Mount the device on the rail or its designated position after ensuring compatibility, and identify input/output according to the manufacturer's diagram for this reference. Perform connections using the tightening torque, stripping length, and wire gauges specified in the model manual; do not transpose these values from similar devices. Check the tightness of the mounting and connections, close the covers, and perform the required functional and protection tests before handing over the circuit. Frequently Asked Questions Before Buying Does an RCCB protect against overload and short circuits? An RCCB does not include overcurrent protection, so it requires coordination with an appropriate circuit breaker or fuse. It should not be used as a substitute for overload and short-circuit protection. Does 63A mean the leakage sensitivity is 63A? No. The rated current and leakage sensitivity are two different values; the sensitivity here is expressed in milliamperes (mA), while the rated current relates to the current capacity of the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required type of protection based on the potential leakage current waveform and the nature of the loads; some circuits may require a different type. Schneider at Bashiti Stores — Electrical Department Choose residual current circuit breakers from the Bashiti Electrical Department according to the specifications required by your project in Jordan. The series name and the A9R41263 reference help you identify the item precisely when inquiring or ordering a replacement. At Bashiti Stores, we provide essential selection data to help you compare similar products, preparing your order for the technician or contractor based on function and compatibility, rather than just price or appearance.
63.260 JD
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Schneider Electric Schneider Acti9 iID K RCCB 40A 2P 30mA A9R50240
Schneider Acti9 iID K RCCB 40A 2P 30mA A9R50240 is an option among residual current circuit breakers at Bashiti Stores, designed to detect residual current and trip the circuit when the specified leakage sensitivity is exceeded. This model features a 40A rated current and a 30mA leakage sensitivity. When comparing, distinguish between the current flowing through the device and the leakage value that triggers tripping, and review the appropriate protection type for your loads. Practical Benefits Adds residual current protection to the protection system when selected and installed correctly. The presence of a specific rated current and leakage sensitivity allows for clear comparison of the device against panel requirements. Distinguishing between the protection type and current helps avoid confusion between wire protection and leakage protection. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iID K Model Reference A9R50240 Rated Current 40 A Number of Poles 2P Leakage Sensitivity 30 mA Leakage Detection Type AC Rated Operating Voltage 220VAC to 240VAC Dimensions: W x H x D 36 x 85 x 69 mm Mounting DIN Rail Who Needs This Product? Distribution board technicians and installers, when ground fault protection is required according to the protection scheme. The type, sensitivity, current, and number of poles must be selected in coordination with other circuit breakers and loads. Installation and Verification — For the Specialist Technician The following steps outline the general work sequence. Refer to the manufacturer's diagram for reference A9R50240 to determine terminals and connection values. Do not perform work on a live circuit. The technician disconnects all power sources and locks them out, then verifies the absence of voltage with a suitable tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-sections and protection coordination. Mounts the unit on the DIN rail or designated position after confirming compatibility, and identifies the supply and output from the manufacturer's diagram for this reference. Executes connections using the torque, stripping length, and wire sizes specified in the model manual; do not reuse these values from a similar device. Checks the integrity of the installation and connections, then closes covers and performs required operation and protection tests before handing over the circuit. Frequently Asked Questions Before Buying Does an RCCB protect against overload and short circuits? An RCCB does not include overcurrent protection; therefore, it requires coordination with a suitable circuit breaker or fuse. It should not be used as a substitute for an overload and short-circuit breaker. Does 40A mean the leakage sensitivity is 40A? No. The rated current and leakage sensitivity are different values; sensitivity here is in milliamperes, while the rated current concerns the current passing through the device. Is the AC type suitable for all electronic loads? Not automatically. The technician determines the required protection type based on the shape of the potential leakage current and the nature of the loads, as some circuits may require a different type. Schneider at Bashiti Stores — Electrical Department Select residual current circuit breakers from the Bashiti electrical department according to the specifications required for your project in Jordan. The series name and reference A9R50240 help you identify the part accurately when inquiring or ordering a replacement. At Bashiti Stores, we provide basic selection data to help you compare similar products, preparing your order for the technician or contractor based on function and compatibility, rather than just price or appearance.
36.540 JD
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Schneider Electric Schneider Acti9 iID K RCCB 25A 2P 30mA A9R50225
Schneider Acti9 iID K 25A 2P 30mA RCCB A9R50225 is an option among residual current circuit breakers at Bashiti Stores, designed for monitoring residual current and disconnecting the circuit when the specified leakage sensitivity is exceeded. This model features a 25A current rating and 30mA leakage sensitivity. When comparing, distinguish between the current flowing through the device and the leakage value that triggers disconnection, and verify the appropriate protection type for your loads. Practical Benefits Adds residual current detection functionality to the protection system when selected and installed correctly. The presence of a specific rated current and leakage sensitivity allows for clear comparison of the device with panel requirements. Distinguishing between protection type and current helps avoid confusion between wire protection and leakage protection. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iID K Model Reference A9R50225 Rated Current 25 A Number of Poles 2P Leakage Sensitivity 30 mA Leakage Detection Type AC Specified Operating Voltage 220VAC to 240VAC Dimensions: W x H x D 36 x 85 x 69 mm Mounting DIN Rail Who Needs This Product? Distribution board technicians and maintenance staff in buildings, when ground fault protection is required according to the protection scheme. The type, sensitivity, current, and number of poles must be selected in coordination with other breakers and loads. Installation and Verification Method — For Professional Technicians The following steps outline the general work sequence; the manufacturer's schematic for reference A9R50225 must be followed to determine terminals and torque values. Work must not be performed on a live circuit. The technician disconnects all power sources and secures them against accidental restart, then verifies the absence of voltage with a suitable tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-section and protection coordination. Mounts the unit on the rail or its designated location after ensuring compatibility, and identifies the supply and load terminals from the manufacturer's schematic for this reference. Executes connections using the torque, stripping length, and wire gauges specified in the model manual; these values must not be assumed from a similar device. Checks the integrity of the mounting and connections, then closes the covers and performs the required functional and protection tests before handing over the circuit. > Frequently Asked Questions Before Purchasing Does an RCCB protect against overload and short circuits? No, an RCCB does not include overcurrent protection, so it requires coordination with a suitable circuit breaker or fuse. It is not a substitute for an overload and short-circuit breaker. Does 40A mean the leakage sensitivity is 40A? No. Rated current and leakage sensitivity are different values; sensitivity here is indicated in milliamperes (mA), while the rated current refers to the current flowing through the device. Is Type AC suitable for all electronic loads? Not automatically. The technician determines the required protection type based on the potential leakage current waveform and the nature of the loads; some circuits may require a different type. Schneider at Bashiti Stores — Electrical Department Choose residual current circuit breakers from Bashiti's Electrical Department according to the specifications required for your project in Jordan. The series name and A9R50225 reference help you identify the part accurately when inquiring or requesting a replacement. At Bashiti Stores, we provide essential selection data for you to compare similar products and prepare your order for the technician or contractor based on function and compatibility, rather than just price or appearance.
34.130 JD
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Schneider Electric Schneider Electric Acti9 iC60N MCB Circuit Breaker, 63A, 1P, C-Curve, 10kA, A9F74163
Schneider Acti9 iC60N 63A 1P C-Curve 10kA MCB (A9F74163) is an option among MCB circuit breakers at Bashiti Stores, designed to protect circuits from overloads and short circuits. In this version, the rated current is 63A and the number of poles is 1P. These specifications distinguish this model from other alternatives in the same series; match them with your circuit requirements and do not choose a higher-rated breaker simply to increase the operating margin. Practical Benefits Combines overload and short-circuit protection functions in a single modular device. Distributing protection across independent circuits helps organize the panel and identify the affected circuit in the event of a fault. Selecting the correct current, number of poles, and tripping curve provides a basis for matching the breaker with circuit requirements. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iC60N Model Reference A9F74163 Rated Current 63 A Number of Poles 1P Tripping Curve C Breaking Capacity per Source Title 6kA per IEC/EN 60898-1 and 10kA per IEC/EN 60947-2; check voltage conditions in the manual Dimensions: W x H x D 18 x 85 x 78.5 mm Installation DIN Rail Who Needs This Product? Electricians, installation contractors, and homeowners or shop owners who are setting up a new panel or replacing a breaker that matches an existing circuit. Selection depends on the circuit design, cable cross-section, and installation method, not just on the type of device or the shape of the breaker. Installation and Verification Procedure — For Licensed Technicians The following steps illustrate the general work sequence. Refer to the manufacturer's diagram for the A9F74163 reference to determine terminals and torque values. Do not perform work on a circuit connected to power. The technician disconnects all power sources and secures them against accidental reconnection, then verifies the absence of voltage using an appropriate tool. Check that the device reference, number of poles, current, and voltage match the panel diagram, and verify the conductor cross-section and protection coordination. Install the component on the DIN rail or its designated position after ensuring compatibility, and identify the line and load connections from the manufacturer's diagram for this reference. Perform the connections using the tightening torque, stripping length, and wire cross-sections specified in the model manual; do not transfer these values from a similar device. Check the tightness of the mounting and connections, then close the covers and perform the required operational and safety tests before handing over the circuit. Frequently Asked Questions Before Buying Does this breaker protect against earth leakage? An MCB is designed for overload and short-circuit protection and does not replace earth leakage protection. Check if an RCCB or RCBO is required within the panel design. Should I replace a breaker that trips constantly with one having a higher amperage? No. You must first identify the cause of the tripping and inspect the load, cable, and connections. Increasing the amperage without proper study may leave wires without appropriate protection. What is the difference between amperage and breaking capacity? Amperage is the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can safely disconnect under specified voltage and standard conditions. One figure cannot replace the other. Schneider at Bashiti Stores — Electrical Department Choose MCB circuit breakers from Bashiti's electrical department according to the specifications needed for your project in Jordan. The series name and the A9F74163 reference help you identify the exact part when inquiring or ordering a replacement. At Bashiti Stores, we provide the essential selection data for you to compare similar products and prepare your order for a technician or contractor based on function and compatibility, not just price or appearance.
9.610 JD
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Schneider Electric Schneider Acti9 iC60N MCB 50A 1P C-Curve 10kA A9F74150
Schneider Acti9 iC60N 50A 1P C-Curve 10kA MCB (A9F74150) is an option among MCB circuit breakers at Bshiti Stores, designed to protect circuits from overload and short circuits. In this version, the rated current is 50A and the number of poles is 1P. These specifications distinguish this model from other alternatives in the same series; match them with your circuit requirements and do not choose a higher amperage breaker just to increase the operational margin. Practical Benefits Combines overload and short-circuit disconnection functions in a single standard device. Distributing protection across independent circuits helps organize the distribution board and identify the affected circuit in the event of a fault. Selecting the correct current, number of poles, and tripping curve provides the basis for aligning the breaker with circuit requirements. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iC60N Model Reference A9F74150 Rated Current 50 A Number of Poles 1P Tripping Curve C Breaking Capacity per Source Title 6kA per IEC/EN 60898-1 and 10kA per IEC/EN 60947-2; consult the manual for voltage conditions Dimensions: W × H × D 18 × 85 × 78.5 mm Installation Specified DIN rail mounting Who Needs This Product? Electricians, installation contractors, and homeowners or shop owners setting up a new distribution board or replacing a breaker that matches an existing circuit. The selection depends on the circuit design, cable cross-section, and installation method, not just the device type or appearance. Installation and Verification Method — For Qualified Technicians The following steps outline the general work sequence. Use the manufacturer's diagram for reference A9F74150 to identify terminals and torque values. Never perform work on a live circuit. The technician must disconnect all power sources, secure them against reactivation, and verify the absence of voltage with a suitable tool. Verify the device reference, number of poles, current, and voltage against the panel diagram, and review conductor cross-sections and protection coordination. Mount the device on the rail or its designated position after confirming compatibility, and identify the power input and output using the manufacturer's diagram for this reference. Execute connections using the tightening torque, stripping length, and wire cross-sections specified in the model manual; do not carry over these values from a similar device. Check the tightness of the installation and connections, close the covers, and conduct required operational and protection tests before handing over the circuit. Frequently Asked Questions Before Purchasing Does this breaker protect against earth leakage? MCBs are designed for overload and short-circuit protection and do not replace earth leakage protection. Review the need for an RCCB or RCBO within the panel design. Should I replace a breaker that trips frequently with one of a higher amperage? No. First, identify the cause of the tripping and inspect the load, cables, and connections. Increasing the amperage without proper study may leave the wires without appropriate protection. What is the difference between current (amps) and breaking capacity? Amps represent the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can disconnect under specified voltage and standard conditions. Do not substitute one for the other. Schneider at Bshiti Stores — Electrical Department Choose MCBs from Bshiti's electrical department based on the specifications required for your project in Jordan. The series name and reference A9F74150 help you identify the exact part when inquiring or ordering a replacement. At Bshiti Stores, we provide essential selection data so you can compare similar products and prepare your order for the technician or installation contractor based on function and compatibility, rather than just price or appearance.
8.030 JD
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Schneider Electric Schneider Acti9 iC60N MCB Miniature Circuit Breaker, 40A, 1P, C Curve, 10kA, A9F74140
Schneider Acti9 iC60N MCB Circuit Breaker 40 Amp 1P Curve C 10kA A9F74140 is an option among MCB circuit breakers at Bashiti Stores, designed to protect the circuit against overloads and short circuits. In this option, the rated current is 40 amps and the number of poles is 1P. These specifications distinguish this model from other alternatives within the same series; match them with circuit requirements and do not choose a higher-rated breaker simply to increase the operating margin. Practical Benefits Combines the functions of disconnection during overload and short circuit in a single modular device. Distributing protection across independent circuits helps in organizing the panel and identifying the affected circuit in the event of a fault. Choosing the correct current, number of poles, and tripping curve provides the basis for aligning the breaker with circuit requirements. Technical Specifications for This Model Brand Schneider Electric Series Acti9 iC60N Model Reference A9F74140 Rated Current 40 A Number of Poles 1P Tripping Curve C Breaking Capacity per Source Title 6kA per IEC/EN 60898-1 and 10kA per IEC/EN 60947-2; review voltage conditions in the manual Dimensions: W x H x D 18 x 85 x 78.5 mm Mounting DIN rail Who Needs This Product? Electricians, wiring contractors, and home or shop owners who are setting up a new panel or replacing a breaker that matches an existing circuit. The selection depends on the circuit design, cable cross-section, and installation method, not just on the device type or the shape of the breaker alone. Installation and Verification Method — For Professional Technicians The following steps illustrate the general work sequence; the manufacturer's diagram for reference A9F74140 must be used to identify terminals and torque values. Work must not be performed on a circuit connected to power. The technician disconnects all power sources and secures them against accidental restart, then verifies the absence of voltage with an appropriate tool. Match the device reference, number of poles, current, and voltage with the panel diagram, and review conductor cross-section and protection coordination. Mount the unit on the rail or its designated position after ensuring compatibility, and identify the supply and output from the manufacturer's diagram for this reference. Perform connections using the tightening torque, stripping length, and wire gauges specified in the model manual; do not transfer these values from a similar device. Check the tightness of the mounting and connections, then close the covers and perform the required operational and protection tests before handing over the circuit. Frequently Asked Questions Before Buying Does this breaker protect against earth leakage? An MCB is designed for overloads and short circuits and does not replace earth leakage protection. Review the need for an RCCB or RCBO within the panel design. Should I replace a breaker that trips constantly with one of a higher amperage? No. First, identify the cause of the tripping and inspect the load, cable, and connections. Increasing the amperage without study may leave the wires without proper protection. What is the difference between current and breaking capacity? Current (amperage) is the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can safely disconnect under specified voltage and standard conditions. One figure should not be replaced by the other. Schneider at Bashiti Stores — Electrical Department Choose MCB circuit breakers from the Bashiti electrical department according to the specifications required for your project in Jordan. The series name and reference A9F74140 help you identify the part accurately when inquiring or ordering a replacement. At Bashiti Stores, we provide essential selection data to help you compare similar products and prepare your order for a technician or wiring contractor based on function and compatibility, not just on price or appearance.
7.510 JD
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Schneider Electric Schneider Acti9 iC60N MCB 32A 1P C-Curve 10kA A9F74132
Schneider Acti9 iC60N MCB 32A 1P C-Curve 10kA A9F74132 is an option among MCB circuit breakers at Bashiti Stores, designed to protect circuits from overloads and short circuits. In this version, the rated current is 32A and the number of poles is 1P. These specifications distinguish this model from other alternatives in the same series; match them with your circuit requirements and do not select a breaker with a higher current rating just to increase the operating margin. Practical Benefits Combines overload and short-circuit protection functions in a single modular device. Distributing protection across independent circuits helps organize the panel and identify the affected circuit when a fault occurs. Selecting the correct current, number of poles, and tripping curve provides the foundation for aligning the breaker with circuit requirements. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iC60N Model Reference A9F74132 Rated Current 32 A Number of Poles 1P Tripping Curve C Breaking Capacity per Source Title 6kA per IEC/EN 60898-1 and 10kA per IEC/EN 60947-2; check voltage conditions in the manual Dimensions: W × H × D 18 × 85 × 78.5 mm Mounting DIN Rail Who Needs This Product? Electricians, installation contractors, and homeowners or shop owners setting up a new panel or replacing a breaker that matches an existing circuit. The selection depends on the circuit design, cable cross-section, and installation method, not just on the device type or the appearance of the breaker. Installation and Verification Procedure — For Professional Technicians The following steps outline the general work sequence. Use the manufacturer's diagram for reference A9F74132 to identify terminals and tightening values. Do not perform work on a live circuit. The technician disconnects all power sources, secures them against reactivation, and verifies the absence of voltage with an appropriate tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and checks conductor cross-sections and protection coordination. Mounts the unit on the DIN rail or its designated spot after confirming compatibility, and identifies the supply and load side from the manufacturer's diagram for this reference. Executes connections according to the tightening torque, stripping length, and wire gauges specified in the model manual; do not carry over these values from a similar device. Checks the security of the mounting and connections, then closes covers and performs required operation and protection tests before handing over the circuit. Frequently Asked Questions Before Purchase Does this breaker protect against earth leakage? MCBs are designed for overload and short-circuit protection and do not replace earth leakage protection. Review the need for an RCCB or RCBO within the panel design. Should I replace a breaker that trips constantly with one having higher amperage? No. First, identify the cause of the tripping and check the load, cable, and connections. Increasing the amperage without study may leave the wires without appropriate protection. What is the difference between Amperage and Breaking Capacity? Amperage is the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can interrupt under specified voltage and standard conditions. Do not substitute one for the other. Schneider at Bashiti Stores — Electrical Department Choose MCB circuit breakers from the Bashiti electrical department according to the specifications needed for your project in Jordan. The series name and reference A9F74132 help you identify the part accurately when inquiring or ordering a replacement. At Bashiti Stores, we provide essential selection data to compare similar products, and you should prepare your order for the technician or installation contractor based on function and compatibility, not just on price or appearance.
7.090 JD
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Schneider Electric Schneider Acti9 iC60N MCB Miniature Circuit Breaker, 25 Amp, 1P, Curve C, 10kA, A9F74125
Schneider Acti9 iC60N MCB Miniature Circuit Breaker 25A 1P C-Curve 10kA A9F74125 is an option among MCBs at Bashiti Stores, designed to protect the circuit against overload and short circuits. In this version, the rated current is 25A and the number of poles is 1P. These specifications distinguish this model from other alternatives in the same series; match them with the circuit requirements and do not select a higher-rated breaker simply to increase the operating margin. Practical Benefits Combines the functions of disconnection during overload and short circuit in one modular device. Distributing protection across independent circuits helps organize the distribution board and identify the affected circuit when a fault occurs. Choosing the correct current, number of poles, and tripping curve provides the basis for aligning the breaker with circuit requirements. Technical Specifications for This Model Brand Schneider Electric Series Acti9 iC60N Model Reference A9F74125 Rated Current 25 A Number of Poles 1P Tripping Curve C Breaking Capacity as per source heading 6kA per IEC/EN 60898-1 and 10kA per IEC/EN 60947-2; check voltage conditions in the manual Dimensions: W x H x D 18 x 85 x 78.5 mm Mounting DIN Rail Who Needs This Product? Electricians, installation contractors, and homeowners or shop owners who are setting up a new distribution board or replacing a breaker that matches the existing circuit. The choice depends on the circuit design, cable cross-section, and installation method, not just on the device type or the shape of the breaker alone. Installation and Verification Procedure — For Licensed Technicians The following steps outline the general work sequence. Refer to the manufacturer's diagram for reference A9F74125 to determine terminals and torque values. Do not perform work on a live circuit. The technician must disconnect all power sources, secure them against accidental re-energization, and verify the absence of voltage using a suitable tool. Verify the device reference, number of poles, current, and voltage against the distribution board diagram; check conductor cross-sections and protection coordination. Mount the unit on the rail or its designated position after confirming compatibility, and identify the supply and load terminals according to the manufacturer’s diagram for this reference. Perform connections using the torque settings, stripping length, and wire gauges specified in the model manual; do not copy these values from a similar device. Check the tightness of the mounting and connections, close the covers, and perform the required operational and protection tests before commissioning the circuit. Frequently Asked Questions Before Purchase Does this breaker protect against earth leakage? An MCB is intended for overload and short circuit protection and does not replace earth leakage protection. Check the necessity of an RCCB or RCBO within the board design. Should I replace a frequently tripping breaker with one of a higher amperage? No. First, identify the cause of the tripping and inspect the load, cable, and connections. Increasing the amperage without proper study may leave wires without adequate protection. What is the difference between Amperage and Breaking Capacity? Amperage is the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can disconnect under specified voltage and standard conditions. One figure cannot replace the other. Schneider at Bashiti Stores — Electrical Department Select MCBs from the Bashiti Electrical Department according to the specifications required for your project in Jordan. The series name and reference A9F74125 help you identify the exact part when inquiring or requesting an alternative. At Bashiti Stores, we provide key selection data so you can compare similar products, preparing your order for the technician or contractor based on function and compatibility, rather than just price or appearance.
7.090 JD
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Schneider Electric Schneider Electric Acti9 iC60N MCB 20A 1P C-Curve 10kA A9F74120
Schneider Acti9 iC60N 20A 1P Curve C 10kA MCB (A9F74120) is an option among the MCBs at Beshaiti Stores, designed to protect circuits from overloads and short circuits. In this version, the rated current is 20A and it has 1 pole (1P). These specifications distinguish this model from other alternatives within the same series; match them with your circuit requirements and do not choose a higher-amperage breaker just to increase the operating margin. Practical Benefits Combines overload and short-circuit protection functions in one modular device. Distributing protection across independent circuits helps organize the distribution board and identify the affected circuit in the event of a fault. Selecting the correct current, number of poles, and tripping curve provides a basis for matching the breaker to circuit requirements. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iC60N Model Reference A9F74120 Rated Current 20 A Number of Poles 1P Tripping Curve C Breaking Capacity per Source Title 6kA per IEC/EN 60898-1 and 10kA per IEC/EN 60947-2; check voltage conditions in the manual Dimensions: W × H × D 18 × 85 × 78.5 mm Mounting DIN Rail Who needs this product? Electricians, installation contractors, and homeowners or shop owners setting up a new panel or replacing a breaker that matches an existing circuit. The selection depends on the circuit design, cable cross-section, and installation method, not just on the device type or appearance alone. Installation and Verification — For Professional Technicians The following steps outline general work procedures. Always refer to the manufacturer’s schematic for reference A9F74120 to identify terminals and tightening values. Never perform work on a circuit connected to power. The technician must disconnect all power sources and secure them against reactivation, then verify the absence of voltage using an appropriate tool. Check that the device reference, number of poles, current, and voltage match the panel diagram, and review conductor cross-sections and protection coordination. Mount the unit on the DIN rail or its designated position after confirming compatibility, and identify input/output based on the manufacturer’s schematic for this reference. Carry out connections according to the tightening torque, stripping length, and wire gauges specified in the model manual; do not assume these values from similar devices. Check the tightness of the connections and mounting, then close covers and perform required operational and protection tests before handing over the circuit. FAQs Before Buying Does this breaker provide earth leakage protection? An MCB is designed for overload and short-circuit protection and does not replace earth leakage protection. Check the need for an RCCB or RCBO within the panel design. Should I replace a breaker that trips constantly with one of a higher amperage? No. First, identify the cause of the tripping and inspect the load, cable, and connections. Increasing the amperage without proper assessment may leave wires without appropriate protection. What is the difference between Amperage and Breaking Capacity? Amperage is the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can interrupt within specific voltage and standard conditions. Do not substitute one value for the other. Schneider at Beshaiti Stores — Electrical Department Choose MCBs from Beshaiti’s electrical department according to the specifications required for your project in Jordan. The series name and reference A9F74120 help you identify the exact part when inquiring or requesting an alternative. At Beshaiti Stores, we provide essential selection data to help you compare similar products, preparing your order for your technician or contractor based on function and compatibility, not just price or design.
7.090 JD
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Schneider Electric Schneider Acti9 iC60N MCB Miniature Circuit Breaker 16A 1P Curve C 10kA A9F74116
Schneider Acti9 iC60N 16A 1P Curve C 10kA MCB (A9F74116) is an option among MCB circuit breakers at Bashiti Stores, designed for circuit protection against overloads and short circuits. In this version, the rated current is 16A and the number of poles is 1P. These specifications distinguish this model from other alternatives within the same series; match them with your circuit requirements and do not select a breaker with a higher current just to increase the operating margin. Practical Benefits Combines overload and short-circuit tripping functions in a single modular device. Distributing protection across independent circuits helps organize the panel and identify the affected circuit in case of a fault. Selecting the correct current, number of poles, and tripping curve provides the basis for aligning the breaker with circuit requirements. Technical Specifications of this Model Brand Schneider Electric Series Acti9 iC60N Model Reference A9F74116 Rated Current 16 A Number of Poles 1P Tripping Curve C Breaking Capacity per Source Title 6kA per IEC/EN 60898-1 and 10kA per IEC/EN 60947-2; check voltage conditions in the manual Dimensions: W × H × D 18 × 85 × 78.5 mm Mounting DIN Rail Who Needs This Product? Electricians, installation contractors, and homeowners or shop owners setting up a new panel or replacing a breaker that matches an existing circuit. Selection depends on the circuit design, cable cross-section, and installation method, not just on the device type or the appearance of the breaker. Installation and Verification Method — For Licensed Electricians The following steps outline general work procedures. Always refer to the manufacturer's diagram for reference A9F74116 to determine terminals and torque values. Do not perform work on a circuit connected to power. The technician must disconnect all power sources, secure them against accidental restart, and verify the absence of voltage with an appropriate tool. Match the device reference, number of poles, current, and voltage with the panel diagram, and review the conductor cross-section and protection coordination. Mount the unit on the rail or its designated position after ensuring compatibility, and identify the supply and load terminals from the manufacturer's diagram for this reference. Perform connections using the tightening torque, stripping length, and wire cross-sections specified in the model manual; do not reuse these values from a similar device. Inspect the tightness of the installation and connections, close the covers, and perform the required operational and protection tests before handing over the circuit. Frequently Asked Questions Before Buying Does this breaker protect against earth leakage? An MCB is designed for overload and short-circuit protection and does not replace the need for earth leakage protection. Check the design requirements for an RCCB or RCBO within the panel. Should I replace a breaker that trips constantly with one of a higher amperage? No. You must first identify the cause of the tripping and check the load, cables, and connections. Increasing the amperage without analysis may leave wires without proper protection. What is the difference between current and breaking capacity? The current is the breaker's rated current, while the breaking capacity describes the level of short-circuit current it can safely trip under specified voltage and standard conditions. Do not substitute one for the other. Schneider at Bashiti Stores — Electrical Department Select MCBs from the Bashiti Electrical Department according to the specifications required for your project in Jordan. The series name and reference A9F74116 help you identify the exact part when inquiring or requesting a replacement. At Bashiti Stores, we provide the essential selection data to help you compare similar products and prepare your order for a technician or contractor based on function and compatibility, rather than just price or appearance.
7.090 JD
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Schneider Electric Schneider Electric Acti9 iC60N MCB 10A 1P C-Curve 10kA A9F74110
Schneider Acti9 iC60N 10A 1P Curve C 10kA MCB Circuit Breaker (A9F74110) is an option among MCBs at Bashiti Stores, designed to protect circuits from overloads and short circuits. In this version, the rated current is 10A and the number of poles is 1P. This data distinguishes the model from other alternatives in the same series; match it with the circuit requirements and do not choose a higher-rated breaker simply to increase the operating margin. Practical Benefits Combines overload and short-circuit protection functions in a single modular device. Distributing protection across independent circuits helps organize the panel and identify the affected circuit when a fault occurs. Choosing the correct current, number of poles, and tripping curve provides the foundation for aligning the breaker with circuit requirements. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iC60N Model Reference A9F74110 Rated Current 10 A Number of Poles 1P Tripping Curve C Breaking Capacity per Source Title 6kA according to IEC/EN 60898-1 and 10kA according to IEC/EN 60947-2; check voltage conditions in the manual Dimensions: W x H x D 18 x 85 x 78.5 mm Specified Mounting DIN rail Who Needs This Product? Electricians, wiring contractors, and homeowners or shop owners who are setting up a new panel or replacing a breaker that matches an existing circuit. The selection depends on the circuit design, cable cross-section, and installation method, not just the device type or the appearance of the breaker. Installation and Verification Method — For Professional Technicians The following steps illustrate the general work sequence; the manufacturer's diagram for reference A9F74110 must be used to identify terminals and torque values. Work must not be performed on a live-connected circuit. The technician disconnects all power sources and secures them against accidental restart, then verifies the absence of voltage with an appropriate tool. Matches the device reference, number of poles, current, and voltage with the panel diagram, and reviews conductor cross-sections and protection coordination. Installs the component on the rail or its designated position after confirming compatibility, and identifies the supply and load terminals from the manufacturer's diagram for this reference. Executes the connections using the tightening torque, stripping length, and wire cross-sections specified in the model manual; do not copy these values from a similar device. Checks the tightness of the installation and connections, closes the covers, and performs the required functional and protection tests before handing over the circuit. Frequently Asked Questions Before Buying Does this breaker protect against earth leakage? The MCB is designed for overload and short-circuit protection and does not replace earth leakage protection. Check the need for an RCCB or RCBO within the panel design. Should I replace a breaker that trips constantly with one having a higher amperage? No. First, identify the cause of the tripping and inspect the load, cable, and connections. Increasing the amperage without analysis may leave the wires without proper protection. What is the difference between amperage and breaking capacity? Amperage is the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can clear under specified voltage and standard conditions. One figure cannot be substituted for the other. Schneider at Bashiti Stores — Electrical Department Choose MCB circuit breakers from the Bashiti electrical department according to the specifications required for your project in Jordan. The series name and reference A9F74110 help you identify the part accurately when inquiring or ordering a replacement. At Bashiti Stores, we provide basic selection data so you can compare similar products, and prepare your order for a technician or wiring contractor based on function and compatibility, not just price or appearance.
7.090 JD
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Schneider Electric Schneider Acti9 iC60N MCB Miniature Circuit Breaker, 6A, 1P, Curve C, 10kA, A9F74106
Schneider Acti9 iC60N 6A 1P Curve C 10kA MCB (A9F74106) is an option among MCB circuit breakers at Bshiti Stores, designed for circuit protection against overload and short circuits. In this model, the rated current is 6A and it has 1 pole (1P). These specifications distinguish this model from other alternatives in the same series; match them with your circuit requirements and do not choose a higher amperage breaker just to increase the operating margin. Practical Benefits Combines overload and short-circuit disconnection functions in a single modular device. Distributing protection across independent circuits helps organize the distribution board and identify the affected circuit in case of a fault. Choosing the correct current, number of poles, and tripping curve provides the basis for aligning the breaker with circuit requirements. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iC60N Model Reference A9F74106 Rated Current 6 A Number of Poles 1P Tripping Curve C Breaking Capacity (per source) 6kA per IEC/EN 60898-1 and 10kA per IEC/EN 60947-2; check voltage conditions in the manual Dimensions: W x H x D 18 x 85 x 78.5 mm Mounting DIN Rail Who Needs This Product? Electricians, wiring contractors, and homeowners or shop owners setting up a new distribution board or replacing a breaker that matches an existing circuit. Selection depends on circuit design, cable cross-section, and installation method, not solely on the device type or appearance. Installation and Verification Procedure — For Professional Technicians The following steps outline general work flow. Always refer to the manufacturer’s schematic for reference A9F74106 to determine terminals and torque values. Do not perform work on a live circuit. The technician disconnects all power sources, secures them against accidental reconnection, and verifies the absence of voltage with a suitable tool. Match the device reference, number of poles, current, and voltage with the board schematic, and check the conductor cross-section and protection coordination. Install the device on the rail or its designated position after ensuring compatibility, and identify the supply and load terminals according to the manufacturer's schematic for this reference. Perform connections using the specified tightening torque, stripping length, and wire cross-sections from the model manual; do not copy these values from a similar device. Check the tightness of the installation and connections, close covers, and perform necessary operational and protection tests before handing over the circuit. Frequently Asked Questions Before Buying Does this breaker protect against earth leakage? MCBs are designed for overload and short-circuit protection and do not replace earth leakage protection. Check for the need for an RCCB or RCBO in the board design. Should I replace a frequently tripping breaker with one of higher amperage? No. First, identify the cause of the tripping and inspect the load, cable, and connections. Increasing the amperage without assessment may leave the wires without proper protection. What is the difference between amperage and breaking capacity? Amperage is the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can safely disconnect under specified voltage and standard conditions. One should not be substituted for the other. Schneider at Bshiti Stores — Electrical Department Choose MCBs from the Bshiti electrical department according to the specifications needed for your project in Jordan. The series name and reference A9F74106 help you identify the piece accurately when inquiring or requesting a replacement. At Bshiti Stores, we provide basic selection data to help you compare similar products, allowing you to prepare your order for your technician or wiring contractor based on function and compatibility, rather than just price or shape.
7.090 JD
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Schneider Electric Schneider Acti9 iK60N MCB, 63A, 3P, C-Curve, 6kA, A9K24363
Schneider Acti9 iK60N 63A 3P MCB Curve C 6kA A9K24363 is an option within the MCB category at Bshiti Stores, designed to protect the circuit against overload and short circuits. In this version, the rated current is 63A and the number of poles is 3P. These specifications distinguish this model from others in the same series; match them with the circuit requirements and do not select a higher-rated breaker simply to increase the operating margin. Practical Benefits Combines overload and short-circuit protection functions in a single modular device. Distributing protection across independent circuits helps organize the panel and identify the affected circuit when a fault occurs. Selecting the correct current, number of poles, and tripping curve provides the basis for aligning the breaker with circuit requirements. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iK60N Model Reference A9K24363 Rated Current 63 A Number of Poles 3P Tripping Curve C Breaking Capacity per Source Title 6kA Specified Operating Voltage 400VAC Dimensions: W x H x D 54 x 85 x 78.5 mm Mounting Type DIN Rail Who Needs This Product? Electricians, wiring contractors, and homeowners or shop owners who are setting up a new panel or replacing a breaker that matches an existing circuit. The selection depends on the circuit design, cable cross-section, and installation method, rather than just the device type or the appearance of the breaker. Installation and Verification — For the Qualified Technician The following steps outline the general workflow. Refer to the manufacturer's diagram for reference A9K24363 to identify terminals and tightening torque values. Do not perform work on a circuit connected to power. The technician must disconnect all power sources, secure them against accidental restart, and verify the absence of voltage with a suitable tool. Match the device reference, number of poles, current, and voltage with the panel diagram, and review conductor cross-sections and protection coordination. Mount the device onto the DIN rail or its designated position after ensuring compatibility, and identify the supply and output based on the manufacturer's diagram for this reference. Perform connections according to the tightening torque, stripping length, and wire gauges specified in the model manual; do not transpose these values from a similar device. Check for secure fastening and connections, then close covers and perform the required operational and protection tests before handing over the circuit. Frequently Asked Questions Before Buying Does this breaker protect against earth leakage? An MCB is designed for overload and short-circuit protection and does not replace the need for earth leakage protection. Evaluate the need for an RCCB or RCBO within the panel design. Should I replace a breaker that keeps tripping with a higher-amperage one? No. First, identify the cause of the tripping and inspect the load, cable, and connections. Increasing the amperage without assessment may leave the wires without proper protection. What is the difference between Amperage and Breaking Capacity? Amperage is the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can safely interrupt under specified voltage and standard conditions. Do not substitute one for the other. Schneider at Bshiti Stores — Electrical Department Choose MCBs from Bshiti's electrical department according to the specifications required for your project in Jordan. The series name and reference A9K24363 help you identify the part precisely when inquiring or ordering a replacement. At Bshiti Stores, we provide essential selection data so you can compare similar products, preparing your order for the technician or wiring contractor based on function and compatibility, not just price or appearance.
25.040 JD
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Schneider Electric Schneider Electric Acti9 iK60N MCB, 40A, 3P, C-Curve, 6kA, A9K24340
Schneider Acti9 iK60N MCB 40A 3P Curve C 6kA A9K24340 is a choice among MCB circuit breakers at Bashiti Stores, designed to protect the circuit from overload and short circuits. In this option, the rated current is 40A and the number of poles is 3P. These data distinguish the model from other alternatives in the same series; match them with circuit requirements and do not choose a breaker with a higher current just to increase the operating margin. Practical Benefits Combines overload and short-circuit disconnection functions in a single modular device. Distributing protection across independent circuits helps organize the distribution board and identify the affected circuit in the event of a fault. Selecting the correct current, number of poles, and tripping curve provides a basis for matching the breaker to the circuit's requirements. Technical Specifications for this Model Brand Schneider Electric Series Acti9 iK60N Model Reference A9K24340 Rated Current 40 A Number of Poles 3P Tripping Curve C Breaking Capacity as per source title 6kA Stated Operating Voltage 400VAC Dimensions: W × H × D 54 × 85 × 78.5 mm Stated Mounting DIN Rail Who Needs This Product? Electricians, electrical contractors, and homeowners or shop owners who are setting up a new distribution board or replacing a breaker that matches an existing circuit. Selection depends on the circuit design, cable cross-section, and installation method, not just on the device type or the appearance of the breaker. Installation and Verification Method — For Professional Technicians The following steps outline the general work sequence. Refer to the manufacturer's diagram for reference A9K24340 to identify terminals and tightening values. Do not perform work on a circuit connected to a power supply. The technician disconnects all power sources, secures them against reconnection, and verifies the absence of voltage with an appropriate tool. Matches the device reference, number of poles, current, and voltage with the board diagram, and reviews conductor cross-sections and protection coordination. Mounts the unit on the rail or its designated position after verifying compatibility, and identifies the supply and load side from the manufacturer's diagram for this reference. Performs connections using the torque settings, stripping length, and wire gauges specified in the model's manual; do not transfer these values from a similar device. Checks the tightness of the installation and connections, closes the covers, and performs the required functional and protection tests before handing over the circuit. Frequently Asked Questions Before Purchasing Does this breaker protect against earth leakage? An MCB is designed for overload and short circuits and does not replace earth leakage protection. The need for an RCCB or RCBO should be reviewed within the board design. Should I replace a breaker that trips constantly with one of a higher amperage? No. First, identify the cause of the tripping and inspect the load, cable, and connections. Increasing the amperage without study may leave the wires without proper protection. What is the difference between amperage and breaking capacity? Amperage is the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can disconnect under specified voltage and standard conditions. Do not substitute one for the other. Schneider at Bashiti Stores — Electrical Department Choose MCB circuit breakers from the Bashiti Electrical Department according to the specifications required for your project in Jordan. The series name and reference A9K24340 help you identify the part accurately when inquiring or ordering a replacement. At Bashiti Stores, we provide key selection data to help you compare similar products, preparing your order for a technician or electrical contractor based on function and compatibility, not just price or appearance.
18.900 JD
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