RIB® Enclosed Power Relay RIB01P30, 30A, DPST, 120VAC

RIB® Dry Contact Input Relay RIB02SBDC, Enclosed, 208-277VAC, 20A, SPST, Override The Dry Contact Input RIB series offers all the advantages of the standard RIB line; plus, it can be activated by a wide range of dry-contacts such as thermostats, switches, other relays, solid-state switches, etc. The Dry Contact Input RIB provides the low-voltage (Class 2) power needed to activate the relay (self-powered) - just close the dry-contact input. The power to energize the relay can be brought to the relay on a separate pair of wires along with the control output of the controller, or can be a ...

RIB® Enclosed Relay RIBT243B, Hi/Low Sep. 20A, 2 SPST, 1 SPDT, 24VAC/DC The Power Series contains relays that are rated at 20 or 30 Amp. They have been packaged to save the installer the time, trouble and expense of buying separate components (relay, LED indicator, socket, mounting rail, transient protection and housing) and assembling them on the job or at the shop.

RIB® Enclosed Relay RIBTE01B, Hi/Low Sep, 20A, SPDT, 120VAC Power, 5-30VAC/DC Control The optoisolated series of relays may be used when the controller does not have sufficient coil drive power available to energize a relay of the desired contact rating. The power to energize the relay can be brought to the relay on a separate pair of wires along with the control output of the controller, or can be a local power source near the relay.

RIB® Enclosed Relay RIBTE24SB, Hi/Low Sep, 20A, SPST, 24VAC/DC Power, 5-30VAC/DC Control The optoisolated series of relays may be used when the controller does not have sufficient coil drive power available to energize a relay of the desired contact rating. The power to energize the relay can be brought to the relay on a separate pair of wires along with the control output of the controller, or can be a local power source near the relay.

RIB® Enclosed Relay RIBTELS, Hi/Low Sep, 10A, SPST, 10-30VAC/DC Power, 5-30VAC/DC, Override The optoisolated series of relays may be used when the controller does not have sufficient coil drive power available to energize a relay of the desired contact rating. The power to energize the relay can be brought to the relay on a separate pair of wires along with the control output of the controller, or can be a local power source near the relay.