User Manual for TERACOM models including: TSH330, IP54 Modbus RTU Temperature and Humidity Sensor, TSH330 IP54 Modbus RTU Temperature and Humidity Sensor, Modbus RTU Temperature and Humidity Sensor, RTU Temperature and Humidity Sensor, Humidity Sensor
Teracom TSH330 | Delmation
Skaitmeninis (RS-485) temperatūros ir drėgmės jutiklis TSH330 (IP54)
TSH330 R1.2 – May 2022www.teracomsystems.com Page 1 TSH330 IP54 Modbus RTU temperature and humidity sensor Version 1.2 / May 2022 USER MANUAL
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DocumentDocumentTSH330 IP54 Modbus RTU temperature and humidity sensor Version 1.2 / May 2022 USER MANUAL TSH330_R1.2w Mwayw202.2teracomsystems.cPaogem1 1. Short description TSH330 is an IP54 temperature and humidity sensor with an RS-485 interface. It supports the Modbus RTU protocol. The temperature and humidity sensor integrates basic elements plus signal processing and provides a fully calibrated digital output. A unique capacitive element is used for measuring relative humidity while the temperature is measured by a bandgap element. Both elements are seamlessly coupled to a 12-bit analog to digital converter. This results in superior signal quality. The digital sensor is mounted in an IP65-rated enclosure. This provides protection against dust and water sprays. A cable gland with locknut and screwless terminal block allows easy cable installation. 2. Features · RS-485 interface carrying up to 32 nods; · LED indicator for status of communication; · Changeable bitrate and other communication parameters; · Firmware update via the interface. 3. Applications · Server room and data centers humidity and temperature logging. · Environmental quality monitoring and assessment. · Humidity and temperature monitoring in building management systems. · Humidity and temperature logging for mobile operator facilities, vineyards, greenhouses, etc. 4. Specifications · Physical characteristics Dimensions: 65.6 x 99 x 36 mm Weight: 70 g · Environmental limits Operating temperature range: -20 to 60°C Operating relative humidity range: 5 to 95% (non-condensing) Recommended operating range is 20% to 80% RH (non-condensing) over 10 °C to 60 °C. Prolonged operation beyond these ranges may result in a shift of sensor reading, with slow recovery time. It is possible that in some weather conditions the moisture in the air in the filter cap may condense. This may result in a shift of sensor reading, with slow recovery time. Storage temperature range: -20 to 60°C Storage relative humidity range: 5 to 95% (non-condensing) Ingress protection: IP54 · Power requirements Input Voltage (including -15/+20% according to IEC 62368-1): 4.5 to 26 VDC Input Current: 5 mA@5VDC · Humidity measurements Accuracy (min): ±3.0 %RH (in 20 to 80 %RH range) Accuracy (max): ±5.0 %RH (in 5 to 95 %RH range) Resolution: 0.1 %RH · Temperature measurements Accuracy (min): ±0.4 °C (in -10 to +60°C range) Accuracy (max): ±0.6 °C (in -20 to +60°C range) Resolution: 0.1 °C · Warranty Warranty period: 3 years Page 2 TSH330_R1.2 May 2022 5. Pinout Pin Description Line B- RS485 Line A+ RS485 GND Ground (negative) supply +4.5÷26V Positive power supply Corresponding UTP wires color Blue Blue/White Tracer Brown Brown/White Tracer 6. Installation The device is designed for wall mounting using screws passing through the slotted holes in the enclosure. A daisy-chained (linear) topology for multiple sensors should be used. UTP/FTP cables are mandatory for interconnection. The last sensor in the chain should have a terminator of 120ohm installed on the bus. TSH330 has a built-in terminator. To enable it, please close the jumper. 7. Installation tips The location and the mounting position of sensors have a direct effect on the accuracy of measurements. The tips below will ensure good measuring results: · Sensor shall be installed about 1.2-1.4 m above the floor; · Avoid exposure to direct sunlight - solar radiation causes measurement inaccuracy; · For outdoor usage, the sensors should be installed with protection from direct rain; · Avoid mounting over ventilation shafts and windows/doors; · Avoid attaching to walls in front of a chimney. · It is recommended to mount the device in an accessible location for easier maintenance. Attention: The device should be installed with always filter and gland facing the floor. 8. Status indicator The status of the device is shown by a single LED, located on the front panel: · If the LED blinks for a period of 1 second, the sensor works properly; · If the LED blinks for a period of 3 seconds, there isn`t communication with the controller; · If LED doesn`t blink, there isn`t a power supply. TSH330_R1.2 May 2022 Page 3 9. Factory default settings Disconnect the sensor from the bus (switch off the power supply). Press and hold the "config" button. Don't release the button, connecting the sensor to the bus (switch on the power supply). The "status" LED will be ON for 3 seconds and after this will flash for 7 seconds. After the 10-th second the LED will be ON. Release the button. The sensor will restart with factory default settings. 10. Firmware update The firmware of the sensor can be updated with a Teracom controller which supports MODBUS RTU or MBRTU-Config software. For more details ask your dealer. 11. Modbus address table Register name RS-485 address PDU Logical Address address Offset R/W FC (Decimal) (Decimal) (Decimal) Data size Default Valid values R/W 03/06 10 40011 40001 16-bit uns. integer 1 1-247 Baud rate * R/W 03/06 11 40012 40001 16-bit uns. integer 19200 2400, 4800, 9600, 19200, 38400, 57600 Parity, data, stop bits * R/W 03/06 12 40013 40001 16-bit uns. integer 1 1=E81, 2=O81, 3=N81 Data order R/W 03/06 13 40014 40001 16-bit uns. integer 1 1=MSWF (MSW, LSW) 2=LSWF (LSW, MSW) Sub-family number R 3 14 40015 40001 16-bit uns. integer 0xCD FW version R 3 15 40016 40001 16-bit uns. integer Vendor URL R 3 18 40019 40001 64 bytes UTF-8 teracomsystems.com Float test value (MSWF) Float test value (LSWF) Signed integer test value R 3 82 R 3 84 R 3 86 40083 40085 40087 40001 40001 40001 32-bit float 32-bit float 16-bit sig. integer -9.9(0xC11E6666) -9.9(0xC11E6666) -999(0xFC19) Signed integer test value (MSWF) R 3 87 40088 40001 32-bit sig. integer -99999(0xFFFE7961) Signed integer test value (LSWF) R 3 89 40090 40001 32-bit sig. integer -99999(0xFFFE7961) Unsigned integer test value R 3 91 40092 40001 16-bit uns. integer 999(0x03E7) Unsigned integer test value (MSWF) R 3 92 40093 40001 32-bit uns. integer 99999(0x0001869F) Unsigned integer test value (LSWF) R 3 94 40095 40001 32-bit uns. integer 99999(0x0001869F) Temperature °C Humidity %RH Dew point °C Temperature °F Humidity %RH Dew point °F R 3 100 R 3 102 R 3 104 R 3 200 R 3 202 R 3 204 40101 40103 40105 40201 40203 40205 40001 40001 40001 40001 40001 40001 32-bit float 32-bit float 32-bit float 32-bit float 32-bit float 32-bit float Temperature °C x 100 R 3 400 40401 40001 16-bit sig. integer Humidity %RH x 100 R 3 401 40402 40001 16-bit sig. integer Dew point °C x 100 R 3 402 40403 40001 16-bit sig. integer Temperature °F x 100 R 3 500 40501 40001 16-bit sig. integer Humidity %RH x 100 R 3 501 40502 40001 16-bit sig. integer Dew point °F x 100 R 3 502 40503 40001 16-bit sig. integer MSWF - Most significant word first - (bits 31 ... 16), (bits 15 ... 0); LSWF - Least significant word first - (bits 15 ... 0), (bits 31 ... 16); PDU address - Actual address bytes used in a Modbus Protocol Data unit A "NaN" value is returned for unavailable floating-point values (e.g. in case of measurement error) * The settings will take effect after restarting the sensor by a power-on reset. 12. Recycling Recycle all applicable material. Do not dispose of in the regular household refuse. Page 4 TSH330_R1.2 May 2022