Transmisor de medición de humedad y temperatura Greisinger GHTU-1R-MP 112490

Greisinger GHTU-1R-MP 112490 is a combined humidity and temperature transmitter for continuous monitoring and analog/digital signal output. The device measures relative humidity and air temperature simultaneously and is intended for integration with building automation, HVAC control and industrial process monitoring where stable sensor values are required for regulation, logging or alarm functions.

Advantages

The transmitter provides simultaneous measurement of relative humidity and temperature in a single compact housing, simplifying installation and wiring. It delivers reliable sensor output suitable for integration with control systems and data loggers. The design is intended for continuous operation and offers stable performance in typical indoor and technical environments.

Suitable for

• HVAC systems and ventilation control
• Building automation and climate control
• Industrial process monitoring and environmental logging
• Control panels and BMS integration

Key specifications

• Brand: Greisinger
• Model / MPN: GHTU-1R-MP, 112490
• Measured values: Relative humidity and air temperature
• Application: Continuous monitoring and signal output for control systems
• EAN: 4016138845334

How to use

Mount the transmitter in the desired measurement location following manufacturer mounting guidelines, ensuring adequate air circulation around the sensor and avoiding direct sunlight or heat sources. Connect the signal outputs to the control system or data logger according to the wiring diagram and configure the receiving system to interpret the sensor signals. Perform an initial check of readings and, if required, perform calibration or offset adjustment using appropriate procedures.

Recommendations

Install the device where it measures representative ambient air; avoid mounting near doors, vents, or heat-emitting equipment. Follow regular maintenance and calibration intervals as recommended by system requirements to ensure long-term measurement accuracy.