SW202-9 Albright Double-acting Motor-reversing Solenoid 12V Intermittent

 Albright SW202-9 double-acting 12VDC 250 Amps strapped pair contactor for hydraulic motor-reversing, intermittent.

• Paired and linked 12 Volts DC single-pole, double-throw (SPDT) switch solenoids
• The SW202 series of contactors has been designed for direct current loads, particularly motors as used on small electric vehicles such as industrial trucks, warehouse forklifts, airport tractors, etc.
• The contactors are compact in size and are fully serviceable, with a range of spare parts available.
• Fitted with magnetic blowouts as standard.

Associated Products

• 2155-202 Auxiliary switch kit (1 kit does 1 x coil).
• 2155-136 Repair contact kit.
• 2155-165 Albright Large Solenoid L-Shape mounting bracket.
• 2155-56 Albright SW202 Solenoid mounting bracket

Dimensions

• Height, including terminals and coil base cap: 152mm.
• Assembly width, including bars and bracket: 160.5mm.
• Cap width: 2 x 48mm.
• Total depth, including bracket: 82mm.

About The Intermittent SW202-9 Reversing Contactors

 Intermittent contactors, by design, are predominantly used for hydraulic functions on vehicles; they switch quicker than continuous solenoids and are not recommended for prolonged contact periods.

 The SW202 is a configuration of two 'Single-Pole, Double-Throw' type contactors on a common bracket for motor reversing. The SW202 features single pole double-breaking main contacts with Silver-alloy tips, which are weld resistant, hardwearing and have excellent conductivity.

 The SW202 main contact circuit, designed for motor reversing, is such that it has a built-in failsafe so that if both coils are energised simultaneously, the contact arrangement is open circuits.

 The SW202 has M10 stud main terminals and 6.3mm spade coil connections. Mounted using the supplied bracket, mounting of the solenoids can be horizontal or vertical. When vertical, the M10 contact studs should point upwards.

Magnetic Blowouts

 These contactors are fitted with magnetic blowouts across contact gaps as standard. These enable high currents to be ruptured very quickly so that arcing time is reduced to a minimum. Fitting of blowouts can make the contacts polarity sensitive, and the positive markings on the top cover of the contactor must be observed.

Specifications