Low Voltage Stud

• Designed for Direct Current Loads and compatible with modern electronic control systems, suitable for use in applications such as motors used on small winches.
• Developed for both interrupted and uninterrupted loads, the DC64P is suitable for switching Resistive, Capacitive and Inductive loads.
• Monoblock construction and sealed to IP66 thus offering greater protection against adverse environments such as water or dust.
• M6 main stud terminals and coil connections are by means of 6.3mm spades.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current loads and compatible with modern electronic control systems, suitable for use in applications such as battery powered winches, vehicle mounted cranes and small electric vehicles.
• Developed for Interrupted and Uninterrupted applications, and suited for switching Inductive, Resistive and Capacitive loads.
• Monoblock construction and sealed to IP67 offering greater protection against adverse environments such as water or dust and allowing for water immersion up to 1 metre.
• Devised for motor reversing, the main contact circuit has a built in fail safe, so that if both coils are energised simultaneously the contact arrangement is open circuit.
• M6 main stud terminals and 6.3mm spades coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for motor reversing and direct current loads, particularly motors as used on electric vehicles such as industrial trucks.
• Developed for Interrupted and Uninterrupted applications, and suited for switching Inductive, Resistive and Capacitive loads.
• M8 main stud terminals and 6.3mm spades coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, particularly motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the DC88-1000P Type is suitable for switching Resistive, Capacitive and Inductive loads.
• Monoblock construction and sealed to IP67 offering greater protection against adverse environments such as water or dust, and allowing for water immersion up to 1 metre.
• Devised for motor reversing, the main contact circuit has a built in fail safe, so that if both coils are energised simultaneously the contact arrangement is open circuit.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, particularly motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the DC88P is suitable for switching Resistive, Capacitive and Inductive loads.
• Sealed to IP66 thus offering greater protection against adverse environments such as water or dust.
• M8 main stud terminals and coil connections are by means of 6.3mm spades.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

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• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks, and telecom and power distribution applications.
• Developed for both interrupted and uninterrupted loads, the DC90 is suitable for switching Resistive, Capacitive and Inductive loads.
• Monoblock construction with M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on small electric vehicles such as light industrial trucks.
• Developed for both interrupted and uninterrupted loads, the DC92 is suitable for switching Resistive, Capacitive and Inductive loads.
• Monoblock construction with M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the DC92P is suitable for switching Resistive, Capacitive and Inductive loads.
• Devised for motor reversing, the main contact circuit has a built in fail safe, so that if both coils are energised simultaneously the contact arrangement is open circuit
• Monoblock construction and sealed to IP66 thus offering greater protection against adverse environments such as water or dust.
• M8 stud main terminals and 6.3mm spade coil connections.

• Designed for direct current loads, particularly motors as used on electric vehicles such as industrial trucks and airport tractors.
• Developed for both interrupted and uninterrupted loads, the DC182 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations)

• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks and airport tractors.
• Developed for both interrupted and uninterrupted loads, the DC184 is suitable for switching Resistive, Capacitive and Inductive loads.
• Monoblock construction with M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

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• Designed to fill the gap between 30 Ampere relays and 80 Ampere contactors, typical applications are small traction motors, hydraulic power packs and engine starter motors for golf cars and garden machinery.
• Developed for both interrupted and uninterrupted loads, the MC50 is suitable for switching Resistive and Inductive loads up to 48V DC.
• Offers environmental protection to IP67.
• M8 stud main terminals with the option of M6, and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current Loads where where infrequent switching is specified, typical applications include in line contactors and Power Distribution Systems.
• Developed for Uninterrupted current loads the RU80 is suitable for switching Resistive, Capacitive and Inductive loads.
•  M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current Loads where where infrequent switching is specified, typical applications include in line contactors and Power Distribution Systems.
• Developed for Uninterrupted current loads the RU80 is suitable for switching Resistive, Capacitive and Inductive loads.
• Sealed to IP66 thus offering greater protection against adverse environments such as water or dust.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current Loads where where infrequent switching is specified, typical applications include in line contactors and Power Distribution Systems.
• Developed for Uninterrupted current loads the RU280 is suitable for switching Resistive, Capacitive and Inductive loads.
•  M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current Loads where where infrequent switching is specified, typical applications include in line contactors and Power Distribution Systems.
• Developed for Uninterrupted current loads the RU280P is suitable for switching Resistive, Capacitive and Inductive loads.
• Sealed to IP66 thus offering greater protection against adverse environments such as water or dust.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current Loads where where infrequent switching is specified, typical applications include in line contactors and Power Distribution Systems.
• Developed for Uninterrupted current loads the RW82 is suitable for switching Resistive, Capacitive and Inductive loads.
•  M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads where where infrequent switching is specified, typical applications include in line contactors and Power Distribution Systems.
• Developed for uninterrupted loads, the RW180 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads where where infrequent switching is specified, typical applications include in line contactors and Power Distribution Systems.
• Developed for uninterrupted loads, the RW190 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current Loads where where infrequent switching is specified, typical applications include in line contactors and Power Distribution Systems.
• Developed for Uninterrupted current applications the RW200 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current loads, typical applications include motors as used on small electric vehicles and hydraulic power packs.
• Developed for both interrupted and uninterrupted loads, and is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current loads, typical applications include switching small traction motors, hydraulic power packs and small electric winch motors.
• Developed for both interrupted and uninterrupted loads, it is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current loads, typical applications include motors as used on small electric vehicles and hydraulic power packs.
• Developed for both interrupted and uninterrupted loads, the SU64 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include, but are not limited to, electric motors, hydraulic power packs, winches, speed controllers, UPS and Power Distribution Systems.
• Developed for Interrupted and Uninterrupted loads it is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

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• Designed for Direct Current loads, typical applications include, but are not limited to, electric motors, hydraulic power packs, winches, speed controllers, UPS and Power Distribution Systems.
• Developed for both interrupted and uninterrupted loads, the SU80P is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

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• Primarily designed to switch heavy duty DC loads, however it is also capable of switching AC loads, typical applications include electric motors, hydraulic power packs, winches, speed controllers and Power Distribution Systems.
• Developed for both interrupted and uninterrupted loads, the SU190 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminal and an option for either 6.3mm standard spade terminals or flying leads.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, particularly motors as used on electronic vehicles such as industrial trucks and airport tractors.
• Developed for both interrupted and uninterrupted loads, the SU280 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminal and an option for either 6.3mm standard spade terminals or flying leads.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include motors as used on electronic vehicles such as industrial trucks and airport tractors.
• Developed for both interrupted and uninterrupted loads, the SU280P is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current loads, particularly motors as used on electronic vehicles such as industrial trucks and airport tractors.
• Developed for both interrupted and uninterrupted loads, the SU284 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminal and an option for either 6.3mm standard spade terminals or flying leads.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include motors as used on electric vehicles such as industrial trucks
• Developed for both interrupted and uninterrupted loads, the SU285 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current loads, particularly motors as used on electronic vehicles such as industrial trucks and airport tractors.
• Developed for both interrupted and uninterrupted loads, the SU400 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations)

Compliant with EN1175:2020

• Designed for Direct Current loads, particularly motors as used on electronic vehicles such as industrial trucks and airport tractors.
• Developed for both interrupted and uninterrupted loads, the SU400P is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations)

Compliant with EN1175:2020

• Designed for Direct Current loads, as used within small traction motors, hydraulic power packs and small electric winch motors.
• Developed for Interrupted and Uninterrupted applications, and suited for switching Inductive, Resistive and Capacitive loads
• M6 stud main terminals and 6.3mm spade coil connections
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations)

• Designed for direct current loads, typical applications include switching small traction motors, hydraulic power packs and small electric winch motors.
• Developed for both interrupted and uninterrupted loads, it is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current loads, as used within small traction motors, hydraulic power packs and small electric winch motors.
• Developed for Interrupted and Uninterrupted applications, and suited for switching Inductive, Resistive and Capacitive loads
• M6 stud main terminals and 6.3mm spade coil connections
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations)

Note: Normally Closed should be rated as per Interrupted Current, and are not designed to make and break load.

• Designed for direct current loads, typical applications include switching small traction motors, hydraulic power packs and small electric winch motors.
• Devised for both interrupted and uninterrupted loads  the SW63 is suitable for switching Resistive, Capacitive and Inductive loads.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations)

Please note Normally Closed contacts are not suited to make and break load.

• Designed to fill the gap between 30 ampere relays and 100 ampere contactors, typical applications include switching small traction motors, hydraulic power packs and small electric winch motors.
• Devised for both interrupted and uninterrupted loads, it is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct current Loads and to fill the gap between 30 ampere relays and 100 ampere contactors, typical applications include switching small traction motors, hydraulic power packs and small electric winch motors.
• Developed for both interrupted and uninterrupted loads, the SW64 is suitable for switching Resistive, Capacitive and Inductive loads.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed to fill the gap between 30 ampere relays and 100 ampere contactors, typical applications include switching small traction motors, hydraulic power packs and small electric winch motors.
• Devised for both interrupted and uninterrupted loads, the SW64P is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current loads and motor reversing, typical applications include small traction motors, hydraulic power packs and small electric winch motors.
• Developed for Interrupted and Uninterrupted applications, and suited for switching Inductive, Resistive and Capacitive loads.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

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• Designed for direct current loads, typical applications include switching small traction motors, hydraulic power packs and small electric winch motors.
• Developed for both interrupted and uninterrupted loads, the SW68 is suitable for switching Resistive, Capacitive and Inductive loads.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed to fill the gap between 30 ampere relays and 100 ampere contactors, typical applications include switching small traction motors, hydraulic power packs and small electric winch motors.
• Devised for both interrupted and uninterrupted loads, it is suitable for switching Resistive, Capacitive and Inductive loads.
•  Incorporates an enclosed top cover and offers environmental protection to IP66.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks, and telecom and power distribution applications.
• Developed for both interrupted and uninterrupted loads, the SW80 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads in more arduous environments, typical applications include winches and motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW80P is suitable for switching Resistive, Capacitive and Inductive loads.
• Enclosed top cover and offers environmental protection to IP66.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW82 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW82P is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted§ loads, the SW84 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations)

Note: Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, particularly motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW85 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Please note Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, typical applications include motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW85P is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Please note normally closed contacts are not designed to make and break load.

• Designed for direct current loads, typical applications include motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW86 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads and motor reversing, typical applications include motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW88 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

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• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW90 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW92 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW93 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW95 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW96 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include motors as used on small electric vehicles such as light industrial trucks and powered cars.
• Developed for both interrupted and uninterrupted loads, the SW120 is suitable for switching Resistive, Capacitive and Inductive loads.
• The SW120 DC Contactor is not polarity sensitive thus they can be used for switching Alternating Current loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

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• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW180 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW181 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Please note Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, typical applications include motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW88 is suitable for switching Resistive, Capacitive and Inductive loads.
• Devised for motor reversing, the main contact circuit has a built in fail safe, so that if both coils are energised simultaneously the contact arrangement is open circuit.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Please note Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW184 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Direct Current loads, including motors typically used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW185 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Note Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW188 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Please note Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW189 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Please note Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW190 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW88 is suitable for switching Resistive, Capacitive and Inductive loads.
• Devised for motor reversing, the main contact circuit has a built in fail safe, so that if both coils are energised simultaneously the contact arrangement is open circuit.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, typical applications include electric vehicles such as industrial trucks and airport tractors.
• Developed for both interrupted and uninterrupted loads, the SW195 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW200 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW201 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Please note Normally Closed contacts are not suited to make and break load.      

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• Designed for Direct Current loads, originally for motors as used on electric vehicles, such as industrial trucks and airport tractors.
• Developed for both interrupted and uninterrupted loads, the SW202 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations)

Please note Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW204 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW205 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Please note Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW208 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW210 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW213 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Please note Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW214 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

Please note Normally Closed contacts are not suited to make and break load.

• Designed for direct current loads, including motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, the SW215 is suitable for switching Resistive, Capacitive and Inductive loads.
• M10 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Motor Reversing applications with direct current loads, particularly motors as used on small traction motors, hydraulic power packs and small electric winch motors.
• Developed for both interrupted and uninterrupted loads, the SW688 is suitable for switching Resistive, Capacitive and Inductive loads.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for Motor Reversing applications with direct current loads, typical applications include motors as used on small traction motors, hydraulic power packs and small electric winch motors.
• Developed for both interrupted and uninterrupted loads, it is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M6 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).

• Designed for direct current loads and motor reversing, typical applications include motors as used on electric vehicles such as industrial trucks and airport tractors.
• Developed for both interrupted and uninterrupted loads, the SW822 is suitable for switching Resistive, Capacitive and Inductive loads.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations)

• Designed for Motor Reversing applications with direct current loads, typical applications include motors as used on electric vehicles such as industrial trucks.
• Developed for both interrupted and uninterrupted loads, it is suitable for switching Resistive, Capacitive and Inductive loads.
• Incorporates an enclosed top cover and offers environmental protection to IP66.
• M8 stud main terminals and 6.3mm spade coil connections.
• Adaptable Mounting options, in any orientation (seek technical advice for full mounting considerations).