DIN 43650 / ISO 4400 / EN175301-803:2000 Molded Female Electrical Connectors for Solenoid valves that are designed using M12 and M8 round male connectors to be quickly installed in fieldbus distribution blocks. The connectors are available in sizes: Form A, Form B and Form C versions as well as the MINI 22 mm and Sub-Micro 9 mm industry standard configurations. Configurations include plain, lighted, surge suppressed versions for machine protection and indication troubleshooting.
See more at: http://www.canfieldconnector.com/products/category/78/fieldbus-adapter-din-43650-solenoid-valve-connectors
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The Canfield Connector Interposed Lighted Wafer is an electronic, state of the art lighting module designed to install between a DIN type coil and the mating connector. Utilizing SMT (Surface Mount Technology), the iLW’s ultra-thin design and high luminescence Gallium Arsenide LEDs enable the lighted wafer to retrofit existing applications or to be used in conjunction with unlighted connectors. Designed to “sandwich” between the connector and the coil, the iLW seals from dust and moisture. The iLW can be installed several times without degradation of the contact surfaces and is not polarity dependent
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See more at: http://www.canfieldconnector.com/products/series/3041/ilw-electronic-lighted-din-connector-module
DIN 43650 / ISO 4400 / EN175301-803:2006 Female Electrical Connectors for Solenoid valves that are designed to be hand wired at the site of assembly using customer wire. The connectors are available in sizes: Form A, Form B and Form C versions as well as the MINI 22 mm and Sub-Micro 9 mm industry standard configurations. Configurations include plain, lighted, surge suppressed versions for machine protection and indication troubleshooting.
See more at: http://www.canfieldconnector.com/products/category/62/field-wire-din-43650-solenoid-valve-connectors
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The Micro Protective Connectors are available in standard MINI, DIN 43650 Form “A” / ISO 4400, EN175301-803:2006 and Sub-Micro 8mm and 9.4mm. The Canfield Connector MPCs provide electrical controllers surge suppression against voltage spikes caused by the solenoids used on hydraulic and pneumatic solenoid valves.
See more at: http://www.canfieldconnector.com/products/series/3058/p5600-din43650–surge-suppression
The Canfield Connector MCCR is a cable distribution connector which uses pass-through technology to allow control of multiple parallel or independent devices. Devised with double solenoids and solenoid valve manifolds in mind, the MCCR allows for simplified wiring and easy replacement of components in an automated, modular environment. The gasket-thin head fits between a single female connector and the associated male device with the DIN 43650 Form “A”, EN175301-803:2006 interface. Exiting from the MCCR head is a three conductor cable with ISO HT PG9 strain relief connector attached. Two available circuits allow for separate (independent) or parallel (simultaneous) control of the downstream device. The environment resistant quick connect style allows for plug and play designs in the factory that require modern hydraulic or pneumatic systems.
See more at: http://www.canfieldconnector.com/products/series/3043/mccr-multiple-distribution-din-connector
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The Canfield Connector Series D5400 Micro Solenoid Driver is a NEMA 4 DIN 43650 Form “A” / ISO 4400, EN175301-803:2000 and MINI type connector with a built in electronic circuit used to induce solenoid pull-in and reduce holding current. The time proven MSD has been designed into many applications where heat buildup occurs which reduces operating efficiency and life span of solenoid valves. The MSD has two main functions: one is to induce faster or stronger than usual response times at solenoid pull-in, the second is to reduce the net wattage of the solenoid during hold-in. The MSD drives the coil with a high input voltage for a fixed time period until the coil has shifted at which time the MSD reduces the holding voltage, which saves power, and the solenoid runs cool. The MSD is often used to replace low voltage power supplies where a 24 VDC solenoid valve can then be operated by 120 VAC. The Alternating current is rectified and the duty cycle reduced so as to operate the valve at proper voltage and wattage ranges. An additional advantage can be found when the MSD drops the holding voltage, which then reduces heat and current requirements.
See more at: http://www.canfieldconnector.com/products/series/3038/d5400-micro-solenoid-driver-connector
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Condensate Removal Drain Valves keeps your air compressor tank and air lines free of moisture by coupling a state of the art automatic timers with a solenoid valve, reducing rust and clogged air components while increasing compressor cycling and machine life. They feature, status indicator lights, an environment resistant designs for long cycle life.
See more at: http://www.canfieldconnector.com/products/category/79/condensate-drain-valves
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