H1AT Temperature Sensor Datasheet
H1AT is a industrial-grade, fully calibrated digital temperature transducer; primarily designed to measure temperature in distribution pipes of gases and/or liquids. The solution offers a wide range of electrical connectivity options including RS485 and USB. The unit communicates using multiple protocol options. The unit offers multiple choices of physical connectors and can be used in a variety of environments.
Temperature sensor H1AT is designed for precision measurement of temperatures of gases and/or liquids inside distribution piping or open air. The main measurement body is made from stainless steel, so any measured medium which does not react with stainless steel (DIN 1.4301) can be measured.
The sensor uses very sensitive probe to measure temperature in the tip of the probe. The sensor is fully calibrated and linearized.
Sensors are designed, assembled and tested in EU under full EU legislation.
The transducer is enclosed in a robust stainless steel enclosure. Rest of the body is made from UV-stabilized ABS-based plastics.
|Type of measurement||temperature|
|Maximum measurement range||-40 to 120C|
|Max pressure of measured medium||2 MPa|
|Measurement precision||0.1% of measured range|
this combined precision accounts for non-linearity of measurement, hysteresis and repeatability
|Long-term drift||less than 0,03 deg. Celsius per year|
|Recommended calibration frequency||once every three years|
|Operating temperature||-40 to 85C|
|Power supply||5V - 30V DC|
|Communication protocol||MODBUS RTU or SDI-12 or HTTP/JSON or MODBUS TCP/IP|
|Mounting options||see order table below|
|Thread material||DIN 1.4301 (AISI 304 / X5CrNi18 10) stainless steel|
|Isolation resistance at 500V||RIZ > 2 M Ohm|
|IP protection grade according to (IEC 60 529) EN 60 529||IP 66|
Ethernet version of temperature sensor H1AT-ETH supports up to 1Hz measurement cadency. All other versions support up to 20Hz measurement cadency.
Dimensions in [mm]
Testing applications and SDK and integration tools are promptly available on request via firstname.lastname@example.org
Information included on the label:
- Full order code
- Measurement range and precision
- Serial number
- IP rating
Order shall contain the following information:
- Date and reference order number
- Name and address of customer (including VAT number where appropriate)
- Order code assembled from order tables including number of units and requested delivery date
- Type of shipping
- Optional extras to include (for example calibration certificates)
Order code table
Only version with A0 connector type can be connected to wireless uplink radio unit type H1AX!
|Measurement range (M)|
|M0||-30C to +110C|
|MX||special - on request|
|Measurement precision (% of measurement range) (P)|
|PX||special - on request|
|Communication transceiver (R)|
|R0||TTL / UART|
|R1||RS-485 (TIA-485(-A) / EIA-485)|
|R2||USB 1.x (Win, Linux, MacOS drivers)|
|R3||Ethernet (10Base-T) + PoE (802.3af)|
|RX||special - on request|
|Connector type (A)|
|A0||Weipu SP2112/P7 (IP68)|
|A1||Valve connector DIN 43650-A (IP65)|
|A2||USB Type-B (IP50)|
|A3||Hirschmann CA3GS (IP67)|
|A5||SENTRY S1A (IP65)|
|AX||special - on request|
|Communication protocol (C)|
|CX||special - on request|
|Mounting thread (T)|
|TX||special - on request|
|Probe length including mounthing thread (L)|
|LX||special - on request|
|Probe diameter (D)|
|DX||special - on request|
Order code example: H1AT-M0-P0-R1-A0-C0-T2-L2-DX=10mm Measurement range (M0): -30C to 110C Measurement precision (% of measurement range) (P0): 0.4% Communication port (R1): RS-485 Physical connector (A0): Weipu SP2112/P7 (IP68) Communication protocol (C0): MODBUS RTU Mounting thread (T2): G1/4 Probe length including mounthing thread (L2): 250mm DX - special request - probe diameter = 10mm
Sensors are packed individually into padded cartons.
The packaging includes all information required for proper use and servicing of the equipment.
Physical installation of the sensor
The sensor is screwed onto the measurement place with appropriate spanner (24mm). The threads on the measurement place and sensor must match! Tightness of the connection is ensured by appropriate gasket – not a part of the standard delivery.
The following tables show functionalities of the pins on the sensor side of the connection for different combinations of physical connectors and transciever types.
SENTRY S1A type "A5" for TTL (R0)
|Spring pin on sensor||Sensor function||Notes|
|7||UART RX||3v3 domain|
|12||UART TX||3v3 domain|
|18||3V3 DC to power sensor||Supply 3V3 DC to this pin|
|19||GND||Supply GND to this pin|
Other pins must stay unconnected.
Weipu SP2112/P7 type "A0" for TTL (R0)
|1||not connected||leave unconnected|
|2||GND||Supply GND to this pin|
|3||UART TX||3v3 domain|
|4||shorted to pin 6||leave unconnected|
|5||VCC||Supply 3v3 DC to this pin|
|6||shorted to pin 4||leave unconnected|
|7||UART RX||3v3 domain|
Valve connector DIN type "A1"
Pin | Function | Notes 1 = VCC - Supply 3v3 DC to this pin 2 = GND - Supply GND to this pin 3 = RS485 A 4 = RS485 B
Pin | Function | Notes 1 = VCC - Supply 3v3 DC to this pin 2 = GND - Supply GND to this pin 3 = TTL / UART TX 4 = TTL / UART RX
Hirschmann CA3GS type "A3"
Pin | Function 1 = VCC - supply 3v3 DC to this pin 2 = RS485 - A 3 = RS485 - B 4 = GND - supply GND to this pin
Pin | Function 1 = VCC - supply 3v3 DC to this pin 2 = UART TX 3 = UART RX 4 = GND - supply GND to this pin
Default connectivity configuration
Default TTL/UART configuration: 38400 baud, 8N1 ( => 1 start bit, 8 data bits, 1 stop bit, no parity)
Default communication protocol: MODBUS - implementation information: Moire Labs MODBUS version 1
EU DECLARATION OF CONFORMITY
Device type: H1AT
Name and address of the manufacturer: Moire Labs s.r.o., Kulturna 32, 821 04 Bratislava, Slovakia
This declaration of conformity is issued under the sole responsibility of the manufacturer.
Object of declaration: Temperature transducer H1AT
The object of the declaration described herein is in conformity with the following Union harmonisation legislation:
- Directive EMC 2014/30/EU
The following norms are applied:
- EN 61000-6-1:2007
- EN 61000-6-2:2005
- EN 61000-6-3:2011
- EN 61326-1:2013
- EN 61326-2-3:2013
On behalf of Moire Labs in Bratislava, SK on 9th of May 2022: Marcel Hecko, CTO Moire Labs s.r.o.
Contacts and support
Design and manufacture
Moire Labs s.r.o. Kulturna 32 821 04 Bratislava Slovakia European Union
For support please contact your distributor or manufacturer directly via email@example.com