Category - Humidity Transmitter
"GDTH" Duct Temperature & Humidity Transmitter is intended for ventilation and Air-Handling units to detect Duct temperature and relative humidity. Especially, This unit is very suitable for using in pulp / textile / food ware-house , green house , computer room , R & D room , indoor swimming pool , Hosptial etc.
"GDTH" Duct Temperature Humidity Transmitter is intended for ventilation and air-handling units to detect Duct temperature and relative humidity. Especially, this unit is very suitable for using in pulp/textile/food ware-house , green-house , computer room , R & D room , indoor swimming pool , hosptial etc.
"GDTHO" Duct Temperature & Humidity Transmitter is intended for ventilation and Air-handling units to the following usage ;
"GDTHO" Duct Temperature & Humidity Transmitter is intended for ventilation and Air-handling units to the following usage ;
This unit can be used as control transmitter by sensing relative humidity and temperature of room of ventilation, air-handling units. Also can be used interface detect transmitter with sensing value display or auto control system of building. The standard Temp. & Humi. Output of LCD transmitters is 4~20mA.
This unit can be used as control transmitter by sensing relative humidity and temperature of room of ventilation, air-handling units. Also can be used interface detect transmitter with sensing value display or auto control system of building. The standard Temp. & Humi. Output of LCD transmitters is 4~20mA. The temperature output signal can be active.
Module type SIN-8 allows to monitor 8 binary voltage inputs via the RS-485 connection. It finds application in distributed control and visualization systems. Standard Modbus protocol transmission functions make device registers (address, state of inputs, device ID). All SIN-8 operating functions, available via the RS-485, can be implemented with any typical visualization software or, for instance, with a suitably MultiCon CMC-99 controller.
The SOC-8 binary outputs module is used to control the low-power output devices via the RS-485 connection. It finds application in distributed control and visualization systems. It can directly control, for example, contactors, relays, light bulbs and other DC loads with the 24V control (supply) voltage and the 0,5A current (maximum). Galvanic separation of all outputs ensures safe operation of the master system, without the risk of damage caused by dangerous overvoltage.
Module SIAi-8 allows to measure analog values from 8 current (or voltage) inputs via the RS-485 connection, with speed rate about 10 Hz (every channel). Measurement results can be internally recalculated due to one of available characteristics: linear, square or user definable multipoint (max. 20 points length). It finds application in distributed control and visualization systems.