LiftMaster K160-0192 Safety Pack, K160-0192
OCDPLM-K160-0192
$NLA
each
Product Description
*** We no longer carry this part. *** IMPORTANT NOTE: Due to supply line shortages, shipping times may be delayed. Please contact us for estimated shipping times.
LiftMaster K160-0192 Safety Relay Upgrade Kit, K160-0192
This safety kit replaces K29-17A3CO.
For use with NEMA 7/9 Hazardous Area Modification (M105) Operators. This is the ISO Intrinsically safe control 24V, that has jumpers at RH-H and L-RL, and cannot ignite flammable materials. Series 17 is FM approved for use in Class I or II, Division 1, Groups A-G hazardous atmospheres.
SPST isolated contacts. Check the manual or replacement parts diagram for specific part information before ordering to ensure compatibility.
Replaces: OCDPLM-K29-17A3CO, K29-17A3CO, 29-17A3CO, 2917A3EO, 2917A3CO which required two units for opening and closing. This single K160-0192 can be used to open and close the door.
IMPORTANT: Due to supply chain shortages we currently do not offer quantity discounts, and for some of our products we are limiting the quantities that may be purchased.
LiftMaster K160-0192 Safety Relay Upgrade Kit, K160-0192
This safety kit replaces K29-17A3CO.
For use with NEMA 7/9 Hazardous Area Modification (M105) Operators. This is the ISO Intrinsically safe control 24V, that has jumpers at RH-H and L-RL, and cannot ignite flammable materials. Series 17 is FM approved for use in Class I or II, Division 1, Groups A-G hazardous atmospheres.
SPST isolated contacts. Check the manual or replacement parts diagram for specific part information before ordering to ensure compatibility.
Replaces: OCDPLM-K29-17A3CO, K29-17A3CO, 29-17A3CO, 2917A3EO, 2917A3CO which required two units for opening and closing. This single K160-0192 can be used to open and close the door.
IMPORTANT: Due to supply chain shortages we currently do not offer quantity discounts, and for some of our products we are limiting the quantities that may be purchased.
Quantity Discounts
2+: $NLA each4+: $NLA each
8+: $NLA each
