Specifications:
The controller operates at a supply voltage of 120/240 VAC at 50-60 Hz with a maximum power consumption of 5 watts. It supports sensor inputs for LC80 (one four-wire flow switch) and LC82 (two four-wire flow switches) with a sensor supply of 13.5 VDC at 100 mA. The contact type is SPDT relay with a contact rating of 250 VAC at 10A. The LC82 model includes a contact latch with selectable ON/OFF and a contact delay ranging from 0-60 seconds. LED indicators show sensor, power, and relay status. The electronics operate within a temperature range of -40˚ to 158˚F (-40˚ to 70˚C). The enclosure is a 35 mm DIN rail made of PP, UL94VO material, classified as general purpose, with CSA and CE compliance.

Ordering Notes:
The LC80 is suitable for single low flow switch applications, while the LC82 is for dual low flow switch applications. For 240 VAC configuration, add 'E' to the part number. For CE configuration, add 'CE' to the part number. Field mount installation in a NEMA 4X polycarbonate windowed enclosure requires ordering LM94-1001 or LM95-1001.

Description:
The general-purpose controller is available in two versions: LC80 with one relay and one sensor input, and LC82 with two relays and two sensor inputs. It is designed for low flow shut off for pump or process protection and can be paired with liquid or gas flow switches. An override switch is recommended for system restart.

Features:
The controller offers fail-safe relay control of pumps and valves with a 0-60 second time delay. It includes a PP 35 mm DIN enclosure with removable terminal strips and LED indicators for power, sensor, and relay status.

Warnings:
It is recommended to use an appropriate motor starter or secondary relay with pumps, valves, or alarms to prevent damage to relay contacts. Suppressors (snubbers) are strictly recommended when switching inductive loads.

Sensors:
The controller is suitable for use with liquid sensors in clean air or aggressive media that is non-coating and particle-free, and gas sensors in clean water or water-like chemical media that is non-coating or crystallizing.