One.Overview

ATMEL company's ATMEGA128 high-performance CPU is used as the main control chip, large LCD display, RS485 communication interface, alarm output. Adopt standard plastic shell, digital temperature and humidity sensor.

The temperature measurement is carried out by the temperature probe under the instruction of the host, and the data is uploaded. The host data is analyzed after receiving the probe data, and the data is transmitted to the communication terminal. At the same time, the main engine is set according to the temperature threshold setting to carry out the corresponding overtemperature alarm and high-temperature alarm relay signal output.

Two.Technical characteristics

Intelligent data storage.

The PT100 general sensor is used.

Calendar clock

LCD liquid crystal Chinese operation interface.

Cardiac RS485 communication

Three.Technical parameters

Working power: 220VAC(+ 20%)/50HZ 110VDC 220VDC.

Power consumption: 6W.

Cardiac environmental conditions: temperature 25 ℃ to 65 ℃, relative humidity 93% RH or less

Derive temperature: 3 road PT100 temperature measurement, temperature measurement range: - 20 ℃ -- 250 ℃ accuracy: 1% FS

Control parameter Settings: fan control, overtemperature alarm, high temperature trip temperature.

Range of Settings: poor - 20% - 250 ℃ to 0-20 ℃

Trip delay time setting range: 0-30 seconds.

Control and signal output.

Fan control: active contact output (normal) 16A/220VAC, can directly drive single-phase fan.

Overtemperature warning: no source contact output (normal) 5A/220VAC, 10A/28VDC.

High temperature tripping: no source contact output (normal) 5A/220VAC, 10A/28VDC.

Fault alarm: no source contact output (normal) 5A/220VAC, 10A/28VDC.

Communication port: RS485 communication port.

Insulation pressure: 50HZ, 2000V for 1min, no breakdown and arc phenomenon.

Cardiac acuity 500 m Ω insulation resistance

Volume: 160 x 80 x 120mm.

Weight: 0.6kg

Four、Device profile and opening size

Appearance: opening size: 150 x 76mm.