SSAC-SYMCOM ARP42S Alternating Relay
SSAC-SYMCOM ARP42S Alternating Relay
Part #:ARP42S
SKU #: 2153336
Key Features
Part #:ARP42S
SKU #: 2153336
Brand: Littelfuse
Amperage Rating: 10, 10 A
Coil Voltage: 120, 120 VAC
Contact Form: DPDT
Contact Rating: 10 A Resistive at 120/240 VAC/28 VDC, 1/3 hp at 120/240 VAC
Dimensions: 2.39 in W x 45.2 in D x 3.2 in H, 3.2 in H x 2.39 in W x 45.2 in D
- Rotary switch allows user to lock internal relay to one specific load
- -20 to 10% tolerance
- 250 VAC max output voltage
- 1500 Vrms input to output isolation voltage
- 1 x 10^7 mechanical and 1 x 10^7 electrical life
- Magnal 11-pin termination
- Plug-in socket mounting
SSAC-SYMCOM ARP42S Alternating Relay
Littelfuse SSAC Alternating Relay, Electro-Mechanical, Series: ARP, 10 A, 50/60 Hz Frequency, 120 VAC Coil, DPDT Contact Form, 10 A Resistive at 120/240 VAC/28 VDC, 1/3 hp at 120/240 VAC Contact, 11 Pins, Plug-In Mounting, -20 to 60 deg F, 2.39 in W x 45.2 in D x 3.2 in H Dimensions
Additional Description: LTFS-ARP42S ALTERNATING RELAY
Catalog Description: The ARP Series is used in systems where equal run time for two motors is desirable. The selector switch allows selection of alternation of either load for continuous operation. LED’s indicate the status of the output relay. This versatile series may be front panel mounted (BZ1 accessory required) or 35 mm DIN rail mounted with an accessory socket. Operation: Alternating: When the rotary switch is in the “alternate” position, alternating operation of Load A and Load B occurs upon the opening of the control switch S1. To terminate alternating operation and cause only the selected load to operate, rotate the switch to position “A” to lock Load A or position “B” to lock Load B. The LEDs indicate the status of the internal relay and which load is selected to operate. Note: Input voltage must be applied at all times for proper alternation. The use of a solid-state control switch for S1 may not initiate alternation correctly. S1 voltage must be from the same supply as the unit’s input voltag