Standard 2 Relay Output Function DIN Rail Thermostat with Sensor NO NC COMMON -40~110°C DIN Thermostat with sensor, High/Low Temperature 2 Alarm Relay NO NC COMMON Output 7A/250VAC, AC90~260V Features: - Strong anti-interference ability, stable performance, simple circuit and high precision; the outer shell adopts a DIN rail casing for easy installation and sleek appearance - Includes adjustment function and digital filtering - Standard 2 relay output, contact capacity 7A/250VAC Specifications: - Power supply: AC90~260V, power consumption less than 2W (other voltages available on request) - Measuring accuracy: 0.5%FS - Measuring range: -40~110°C - Display: 0.36 inch high brightness red LED (other colors available on request) - Operating environment: -10~60°C (relative humidity below 80%) - Dimensions: 110 x 36 x 60 mm - Sensor cable length: 1.5m Package included: - 1 x DIN Rail Thermostat - 1 x Temperature Sensor Code Table: - TY1: Relay 1 output alarm type 0: Upper limit alarm – when temperature ≥ AL1, relay closes; when temperature ≤ (AL1-HY1), relay opens 1: Lower limit alarm – when temperature ≤ AL1, relay closes; when temperature ≥ (AL1+HY1), relay opens 2: Upper and lower limit alarm – when temperature ≥ AL1 or ≤ AL2, relay closes; when temperature between AL1 and AL2, relay opens - AL1: Relay 1 set point (-40.0~130.0°C) - HY1: Relay 1 hysteresis (-40.0~130.0°C) - TY2: Relay 2 output alarm type 0: Upper limit alarm – when temperature ≥ AL2, relay closes; when temperature ≤ (AL2-HY2), relay opens 1: Lower limit alarm – when temperature ≤ AL2, relay closes; when temperature ≥ (AL2+HY2), relay opens 2: Upper and lower limit alarm – when temperature ≥ AL2 or ≤ AL2, relay closes; when temperature between AL2 and AL2, relay opens - AL2: Relay 2 set point (-40.0~130.0°C) - HY2: Relay 2 hysteresis (-40.0~130.0°C) - SEC: Relay action delay time (0–999 seconds) When AL1 or AL2 condition is met, relay activates after SEC seconds delay; 0 means no delay - LC: Temperature calibration offset (-20.0~20.0°C) Displayed value = measured value + LC