Circuit breakers

The overcurrent circuit breaker, commonly known as "eska," from E.NEXT is an essential component of an electrical installation. Its purpose is to interrupt the circuit's continuity when the current flowing through it exceeds a safe value for that circuit. The use of a fuse allows for controlling and protecting receiving circuits in the installation, as well as electrical devices in households, against the effects of overloads or short circuits. The breaker's casing and all non-metallic parts inside the breaker are made of non-flammable ABS plastic. The reinforced contact terminals have indentations, improving mechanical stability and ensuring reliable contact. Specification: Protection degree: IP20 Made of non-flammable ABS plastic Cross-section of connected wires: from 1 to 25 mm² Mounting on a standard DIN 35 mm rail Two fixed positions on the DIN rail Rail connection method: upper and lower Operating temperature: from -25°C to 60°C Rated voltage: 230/400V~ Rated frequency: 50 Hz Number of poles: 1 Contact terminal tightening torque: 3Nm Time-current characteristic: B Rated current: 6A Breaking capacity: 6 kA CE certificate

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The overcurrent circuit breaker, commonly known as an "eska" from the E.NEXT company, is an essential component of an electrical installation. Its primary function is to interrupt the circuit when the current flowing exceeds a safe value for that circuit. Using a fuse allows for the control and protection of receiving circuits in the installation, as well as electrical devices in households from the effects of overloads or short circuits. The circuit breaker’s housing and all non-metallic internal parts are made of flame-resistant ABS material. Reinforced contact terminals have grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Material: Flame-resistant ABS Connected wire cross-section: 1 to 25 mm² Mounting: Standard DIN rail 35 mm DIN rail positions: Two fixed positions Connection method: Top and bottom Operating temperature: -25°C to 60°C Rated voltage: 230/400V~ Rated frequency: 50 Hz Number of poles: 1 Terminal tightening torque: 3 Nm Time-current characteristic: B Rated current: 10A Breaking capacity: 6 kA CE Certificate

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The overcurrent circuit breaker, commonly known as an "eska" from the E.NEXT company, is an essential component of an electrical installation. Its primary function is to interrupt the circuit when the current flowing exceeds a safe value for that circuit. Using a fuse allows for the control and protection of receiving circuits in the installation, as well as electrical devices in households from the effects of overloads or short circuits. The circuit breaker’s housing and all non-metallic internal parts are made of flame-resistant ABS material. Reinforced contact terminals have grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Material: Flame-resistant ABS Connected wire cross-section: 1 to 25 mm² Mounting: Standard DIN rail 35 mm DIN rail positions: Two fixed positions Connection method: Top and bottom Operating temperature: -25°C to 60°C Rated voltage: 230/400V~ Rated frequency: 50 Hz Number of poles: 1 Terminal tightening torque: 3 Nm Time-current characteristic: B Rated current: 16A Breaking capacity: 6 kA CE Certificate

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The overcurrent circuit breaker, commonly known as an "eska" from the E.NEXT company, is an essential component of an electrical installation. Its primary function is to interrupt the circuit when the current flowing exceeds a safe value for that circuit. Using a fuse allows for the control and protection of receiving circuits in the installation, as well as electrical devices in households from the effects of overloads or short circuits. The circuit breaker’s housing and all non-metallic internal parts are made of flame-resistant ABS material. Reinforced contact terminals have grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Max. connected wire cross-section: 1 to 25 mm² Mounting: Standard DIN rail 35 mm Connection method: Top and bottom Operating temperature: -25°C to 60°C Rated voltage: 400V~ Rated frequency: 50 Hz Number of poles: 3 Terminal tightening torque: 3 Nm Time-current characteristic: B Rated current: 16A Breaking capacity: 6 kA CE Certificate

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The overcurrent circuit breaker, commonly known as an "eska" from the E.NEXT company, is an essential component of an electrical installation. Its primary function is to interrupt the circuit when the current flowing exceeds a safe value for that circuit. Using a fuse allows for the control and protection of receiving circuits in the installation, as well as electrical devices in households from the effects of overloads or short circuits. The circuit breaker’s housing and all non-metallic internal parts are made of flame-resistant ABS material. Reinforced contact terminals have grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Material: Flame-resistant ABS Connected wire cross-section: 1 to 25 mm² Mounting: Standard DIN rail 35 mm DIN rail positions: Two fixed positions Connection method: Top and bottom Operating temperature: -25°C to 60°C Rated voltage: 230/400V~ Rated frequency: 50 Hz Number of poles: 1 Terminal tightening torque: 3 Nm Time-current characteristic: B Rated current: 20A Breaking capacity: 6 kA CE Certificate

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The overcurrent circuit breaker, commonly known as an "eska" from the E.NEXT company, is an essential component of an electrical installation. Its primary function is to interrupt the circuit when the current flowing exceeds a safe value for that circuit. Using a fuse allows for the control and protection of receiving circuits in the installation, as well as electrical devices in households from the effects of overloads or short circuits. The circuit breaker’s housing and all non-metallic internal parts are made of flame-resistant ABS material. Reinforced contact terminals have grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Connected wire cross-section: 1 to 25 mm² Mounting: Standard DIN rail 35 mm Connection method: Top and bottom Operating temperature: -25°C to +40°C Rated voltage: 400V~ Rated frequency: 50 Hz Number of poles: 3 Terminal tightening torque: 3 Nm Time-current characteristic: B Rated current: 20A Breaking capacity: 6 kA CE Certificate

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Description: The overcurrent circuit breaker, commonly known as an "eska" from E.NEXT, is a component of an electrical installation designed to break the circuit when the current flowing through it exceeds a safe value for that circuit. The use of the fuse allows for controlling and protecting the load circuits in the installation, as well as electrical devices in households, from the effects of overloads or short circuits. The breaker housing and all non-metallic parts inside the breaker are made of non-flammable ABS plastic. The reinforced contact terminals have notches that improve mechanical stability and ensure reliable contact. Specification: Protection class: IP20 Made of non-flammable ABS plastic Cross-section of connected wires: from 1 to 25 mm² Mounted on a standard 35 mm DIN rail Two fixed positions on the DIN rail Connection method: top and bottom rail Operating temperature: from -25°C to 60°C Rated voltage: 230/400V~ Rated frequency: 50 Hz Number of poles: 1 Terminal tightening torque: 3 Nm Time-current characteristics: B Rated current: 25A Breaking capacity: 6 kA CE certification

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The overcurrent circuit breaker, commonly known as an "eska" from E.NEXT, is an essential component of electrical installations. Its purpose is to interrupt the circuit when the current flowing exceeds the safe value for that circuit. Using this fuse allows for control and protection of load circuits in installations and electrical devices in households against the effects of overloads or short circuits. The breaker's housing and all non-metallic parts inside are made of non-flammable ABS plastic. Reinforced contact terminals feature grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Material: Non-flammable ABS plastic Cross-section of connected wires: from 1 to 25 mm² Mounting: On standard DIN rail 35 mm Mounting positions: Two fixed positions on the DIN rail Rail connection method: Upper and lower Operating temperature range: from -25°C to 60°C Rated voltage: 230/400V~ Rated frequency: 50 Hz Number of poles: 1 Terminal tightening torque: 3Nm Time-current characteristics: B Rated current: 16A Breaking capacity: 6 kA CE Certificate

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The overcurrent circuit breaker, commonly known as "eska," from E.NEXT is an essential component of an electrical installation. Its purpose is to interrupt the circuit's continuity when the current flowing through it exceeds a safe value for that circuit. The use of a fuse allows for controlling and protecting receiving circuits in the installation, as well as electrical devices in households, against the effects of overloads or short circuits. The breaker's casing and all non-metallic parts inside the breaker are made of non-flammable ABS plastic. The reinforced contact terminals have indentations, improving mechanical stability and ensuring reliable contact. Specification: Protection degree: IP20 Max. cross-section of connected wires: from 1 to 25 mm² Mounting on a standard DIN 35 mm rail Rail connection method: upper and lower Operating temperature: from -25°C to 60°C Rated voltage: 400V~ Rated frequency: 50 Hz Number of poles: 3 Contact terminal tightening torque: 3Nm Time-current characteristic: C Rated current: 16A Breaking capacity: 6 kA CE certificate

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The overcurrent circuit breaker, commonly known as "eska," from E.NEXT is an essential component of an electrical installation. Its purpose is to interrupt the circuit's continuity when the current flowing through it exceeds a safe value for that circuit. The use of a fuse allows for controlling and protecting receiving circuits in the installation, as well as electrical devices in households, against the effects of overloads or short circuits. The breaker’s casing and all non-metallic parts inside the breaker are made of non-flammable ABS plastic. The reinforced contact terminals have indentations, improving mechanical stability and ensuring reliable contact. Specification: Protection degree: IP20 Max. cross-section of connected wires: from 1 to 25 mm² Mounting on a standard DIN 35 mm rail Rail connection method: upper and lower Operating temperature: from -25°C to 60°C Rated voltage: 400V~ Rated frequency: 50 Hz Number of poles: 3 Contact terminal tightening torque: 3Nm Time-current characteristic: C Rated current: 20A Breaking capacity: 6 kA CE certificate

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The overcurrent circuit breaker, commonly known as "eska," from E.NEXT is an essential component of an electrical installation. Its purpose is to interrupt the circuit's continuity when the current flowing through it exceeds a safe value for that circuit. The use of a fuse allows for controlling and protecting receiving circuits in the installation, as well as electrical devices in households, against the effects of overloads or short circuits. The breaker’s casing and all non-metallic parts inside the breaker are made of non-flammable ABS plastic. The reinforced contact terminals have indentations, improving mechanical stability and ensuring reliable contact. Specification: Protection degree: IP20 Max. cross-section of connected wires: from 1 to 25 mm² Mounting on a standard DIN 35 mm rail Rail connection method: upper and lower Operating temperature: from -25°C to 60°C Rated voltage: 400V~ Rated frequency: 50 Hz Number of poles: 3 Contact terminal tightening torque: 3Nm Time-current characteristic: C Rated current: 20A Breaking capacity: 6 kA CE certificate

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The overcurrent circuit breaker, commonly known as "eska," from E.NEXT is a crucial element of an electrical installation. Its purpose is to interrupt the circuit's continuity when the current flowing through it exceeds a safe value for that circuit. The use of a fuse allows for controlling and protecting receiving circuits in the installation, as well as electrical devices in households, against the effects of overloads or short circuits. The breaker's casing and all non-metallic parts inside the breaker are made of non-flammable ABS plastic. The reinforced contact terminals have indentations, improving mechanical stability and ensuring reliable contact. Specification: Protection degree: IP20 Cross-section of connected wires: from 1 to 25 mm² Mounting on a standard DIN 35 mm rail Two fixed positions on the DIN rail Rail connection method: upper and lower Operating temperature: from -25°C to 60°C Rated voltage: 230/400V~ Rated frequency: 50 Hz Number of poles: 1 Contact terminal tightening torque: 3Nm Time-current characteristic: C Rated current: 25A Breaking capacity: 6 kA CE certificate

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The overcurrent circuit breaker, commonly known as "eska," from E.NEXT is an essential component of an electrical installation, designed to interrupt the circuit's continuity when the current flowing exceeds the safe value for that circuit. The use of a fuse allows for controlling and protecting receiving circuits in the installation, as well as electrical devices in households, against the effects of overloads or short circuits. The breaker's casing and all non-metallic parts inside the breaker are made of non-flammable ABS plastic. The reinforced contact terminals have indentations, improving mechanical stability and ensuring reliable contact. Specification: Protection degree: IP20 Made of non-flammable ABS plastic Cross-section of connected wires: from 1 to 25 mm² Mounting on a standard DIN 35 mm rail Two fixed positions on the DIN rail Rail connection method: upper and lower Operating temperature: from -25°C to 60°C Rated voltage: 230/400V~ Rated frequency: 50 Hz Number of poles: 1 Contact terminal tightening torque: 3Nm Time-current characteristic: C Rated current: 32A Breaking capacity: 6 kA CE certificate  

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The overcurrent circuit breaker, commonly known as "eska," from E.NEXT is an element of the electrical installation designed to break the continuity of the circuit when the current flowing through it exceeds a safe value for that circuit. The use of a fuse allows for the control and protection of receiving circuits in the installation, as well as electrical devices in households, against the effects of overloads or short circuits. The breaker’s casing and all non-metallic parts inside the breaker are made of non-flammable ABS plastic. The reinforced contact terminals have indentations, improving mechanical stability and ensuring reliable contact. Specification: Protection degree: IP20 Max. cross-section of connected wires: from 1 to 25 mm² Mounting on a standard DIN 35 mm rail Rail connection method: upper and lower Operating temperature: from -25°C to 60°C Rated voltage: 400V~ Rated frequency: 50 Hz Number of poles: 3 Contact terminal tightening torque: 3Nm Time-current characteristic: C Rated current: 32A Breaking capacity: 6 kA CE certificate

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Description: The overcurrent circuit breaker, commonly known as an "eska," from E.NEXT is a component of an electrical installation designed to break the circuit when the current flowing through it exceeds a safe value for that circuit. The use of the fuse allows for controlling and protecting the load circuits in the installation, as well as electrical devices in households from the effects of overloads or short circuits. The breaker housing and all non-metallic parts inside the breaker are made of non-flammable ABS plastic. The reinforced contact terminals have notches that improve mechanical stability and ensure reliable contact. Specification: Protection class: IP20 Max. cross-section of connected wires: from 1 to 25 mm² Mounted on standard 35 mm DIN rail Connection method: top and bottom rail Operating temperature: from -25°C to +60°C Rated voltage: 400V~ Rated frequency: 50 Hz Number of poles: 3 Terminal tightening torque: 3 Nm Time-current characteristics: C Rated current: 40A Breaking capacity: 6 kA CE certification

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Description: DS C63 3P 63A circuit breaker. The overcurrent circuit breaker, commonly known as an "eska," from E.NEXT is a component of an electrical installation designed to break the circuit when the current flowing through it exceeds a safe value for that circuit. The use of the fuse allows for controlling and protecting the load circuits in the installation and electrical devices in households from the effects of overloads or short circuits. The breaker housing and all non-metallic parts inside the breaker are made of non-flammable ABS plastic. The reinforced contact terminals have notches that improve mechanical stability and ensure reliable contact. Specification: Protection class: IP20 Max. cross-section of connected wires: from 1 to 25 mm² Mounted on standard 35 mm DIN rail Connection method: top and bottom rail Operating temperature: from -25°C to +60°C Rated voltage: 400V~ Rated frequency: 50 Hz Number of poles: 3 Terminal tightening torque: 3 Nm Time-current characteristics: C Rated current: 63A Breaking capacity: 6 kA CE certification

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The E.NEXT isolating switch serves as the main emergency switch. It protects against the effects of short circuits and overloads. The switch conducts current under nominal conditions and also in the event of a short circuit or overload in electrical installations. It ensures safe operation during the handling and servicing of devices and networks. The switch housing and all non-metallic parts inside the switch are made of non-flammable ABS plastic. Reinforced contact terminals have grooves that improve mechanical stability and ensure reliable contact. Specifications: Protection level: IP20 Made of non-flammable ABS plastic Max. cross-section of connected wires: 1 to 25 mm² Mounting on a standard DIN 35 mm rail Two fixed mounting positions on the DIN rail Connection method: top and bottom Operating temperature: -25°C to +40°C Rated voltage: 230/400V~ Rated frequency: 50 Hz Number of poles: 1 Mechanical lifespan: not less than 10,000 cycles Terminal tightening torque: 3Nm Rated current: 40A CE Certificate

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The E.NEXT isolating switch serves as the main emergency switch. It protects against the effects of short circuits and overloads. The switch conducts current under nominal conditions and also in the event of a short circuit or overload in electrical installations. It ensures safe operation during the handling and servicing of devices and networks. The switch housing and all non-metallic parts inside the switch are made of non-flammable ABS plastic. Reinforced contact terminals have grooves that improve mechanical stability and ensure reliable contact. Specifications: Protection level: IP20 Made of non-flammable ABS plastic Max. cross-section of connected wires: 1 to 25 mm² Mounting on a standard DIN 35 mm rail Two fixed mounting positions on the DIN rail Connection method: top and bottom Operating temperature: -25°C to +40°C Rated voltage: 230/400V~ Rated frequency: 50 Hz Number of poles: 1 Mechanical lifespan: not less than 10,000 cycles Terminal tightening torque: 3Nm Rated current: 63A CE Certificate

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The isolating switch from E.NEXT is used as a main emergency breaker. It protects against the effects of short circuits and overloads. The switch conducts current under nominal conditions as well as during short circuits or overloads in electrical installations. It ensures safe operation during the handling and servicing of devices and networks. The switch’s housing and all non-metallic internal parts are made of flame-resistant ABS material. Reinforced contact terminals have grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Max. connected wire cross-section: 1 to 25 mm² Mounting: Standard DIN rail 35 mm DIN rail positions: Two fixed positions Connection method: Top and bottom Operating temperature: -25°C to +40°C Rated voltage: 400V~ Rated frequency: 50 Hz Number of poles: 3 Mechanical lifespan: Not less than 10,000 cycles Terminal tightening torque: 3 Nm Rated current: 63A CE Certificate

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The isolating switch from E.NEXT is used as a main emergency breaker. It protects against the effects of short circuits and overloads. The switch conducts current under nominal conditions as well as during short circuits or overloads in electrical installations. It ensures safe operation during the handling and servicing of devices and networks. The switch’s housing and all non-metallic internal parts are made of flame-resistant ABS material. Reinforced contact terminals have grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Max. connected wire cross-section: 1 to 25 mm² Mounting: Standard DIN rail 35 mm DIN rail positions: Two fixed positions Connection method: Top and bottom Operating temperature: -25°C to +40°C Rated voltage: 400V~ Rated frequency: 50 Hz Number of poles: 3 Mechanical lifespan: Not less than 10,000 cycles Terminal tightening torque: 3 Nm Rated current: 125A CE Certificate

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The residual current circuit breaker (RCCB) from E.NEXT is an essential component of an electrical installation designed to protect people and property. It ensures fire protection, monitors insulation integrity, and disconnects the power supply when current leaks occur. The breaker’s housing and all non-metallic parts inside are made of non-flammable ABS plastic. Reinforced contact terminals feature grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Rated operating voltage: 230/400V~ Rated frequency: 50 Hz Rated current: 16A Rated residual operating current: 30mA Type: Electromechanical Rated conditional residual short-circuit current: 6000A Rated residual making and breaking capacity: 1000A Insulation voltage: 500V Rated impulse withstand voltage: 6kV Dielectric test voltage at industrial frequency (within 1 min.): 2.5kW Max weight per pole: 190g Cross-section of connected wires: from 1 to 25 mm² Mounting on standard DIN rail 35 mm Rail connection method: upper and lower Operating temperature: from -25°C to +40°C Number of poles: 2 Permissible operating humidity: 80% Terminal tightening torque: 3Nm CE Certificate

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The residual current circuit breaker from E.NEXT is an essential component of an electrical installation designed to protect people and property. It ensures fire protection, monitors insulation integrity, and disconnects the power supply in case of current leaks. The circuit breaker's housing and all non-metallic internal parts are made of flame-resistant ABS material. Reinforced contact terminals have grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Nominal operating voltage: 230/400V~ Nominal frequency: 50 Hz Nominal current: 25A Nominal differential operating current: 30mA Type: Electromechanical Nominal conditional short-circuit differential current: 6000A Nominal differential tripping and encompassing capacity: 1000A Insulation voltage: 500V Nominal impulse withstand voltage: 6kV Dielectric test voltage (1 minute): 2.5kV Max mass per pole: 190g Connected wire cross-section: 1 to 25 mm² Mounting: Standard DIN rail 35 mm Connection method: Top and bottom Operating temperature: -25°C to +40°C Number of poles: 2 Permissible operating humidity: 80% Terminal tightening torque: 3 Nm CE Certificate

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The residual current circuit breaker from E.NEXT is an essential component of an electrical installation designed to protect people and property. It ensures fire protection, monitors insulation integrity, and disconnects the power supply in case of current leaks. The circuit breaker's housing and all non-metallic internal parts are made of flame-resistant ABS material. Reinforced contact terminals have grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Nominal operating voltage: 230/400V~ Nominal frequency: 50 Hz Nominal current: 40A Nominal differential operating current: 30mA Type: Electromechanical Nominal conditional short-circuit differential current: 6000A Nominal differential tripping and encompassing capacity: 1000A Insulation voltage: 500V Nominal impulse withstand voltage: 6kV Dielectric test voltage (1 minute): 2.5kV Max mass per pole: 190g Connected wire cross-section: 1 to 25 mm² Mounting: Standard DIN rail 35 mm Connection method: Top and bottom Operating temperature: -25°C to +40°C Number of poles: 2 Permissible operating humidity: 80% Terminal tightening torque: 3 Nm CE Certificate

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The residual current circuit breaker from E.NEXT is an essential component of an electrical installation designed to protect people and property. It ensures fire protection, monitors insulation integrity, and disconnects the power supply in case of current leaks. The circuit breaker's housing and all non-metallic internal parts are made of flame-resistant ABS material. Reinforced contact terminals have grooves that enhance mechanical stability and ensure reliable contact. Specifications: Protection degree: IP20 Nominal operating voltage: 400V~ Nominal frequency: 50 Hz Nominal current: 63A Nominal differential operating current: 30mA Type: Electromechanical Nominal conditional short-circuit differential current: 6000A Nominal differential tripping and encompassing capacity: 1000A Insulation voltage: 630V Nominal impulse withstand voltage: 6kV Dielectric test voltage (1 minute): 2.5kV Max mass per pole: 320g Connected wire cross-section: 1 to 25 mm² Mounting: Standard DIN rail 35 mm Connection method: Top and bottom Operating temperature: -5°C to +40°C Number of poles: 4 Permissible operating humidity: 80% Pollution degree: 2 Terminal tightening torque: 3 Nm CE Certificate

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