BAPI T1K Temperature Sensor Transmitters Instruction Manual

June 5, 2024
BAPI


Temperature Sensor Transmitters

Installation & Operating Instructions
22199_ins_T1K_T100_XMTR

rev. 03/16/22

Overview and Identification

BAPI Temperature Transmitters are 4 to 20mA output (loop powered) or 0 to 5VDC or 0 to 10VDC output transmitters. They come with flying leads but terminals are available (-TS).

Fig. 1: Transmitter only (BA/T1K-XOR-STM-TS)

BAPI T1K Temperature Sensor Transmitters - Transmitter

Fig. 2: Transmitter with plate (BA/T1K-XOR-TS)

BAPI T1K Temperature Sensor Transmitters - Transmitter with
plate

Fig. 3: Transmitter with Snaptrack (BA/T1K-XOR-TRK)

BAPI T1K Temperature Sensor Transmitters - Transmitter with
Snaptrack

Fig. 4: Transmitter in BAPI-Box (BA/T1K-XOR-BB)

Fig 5: Transmitter in BAPI-Box 2 (BA/T1K-XOR-BB2)

Fig. 6: Transmitter in Weatherproof Enclosure (BA/T1K-XOR-WP)

BAPI T1K Temperature Sensor Transmitters - Transmitter in
Weatherproof

Fig. 7: Transmitter w/ plate mounted in a Handy Box

BAPI T1K Temperature Sensor Transmitters - Handy Box

Fig. 8: Transmitter with double-stick mounting tape

BAPI T1K Temperature Sensor Transmitters - double
stick

Fig. 9: Transmitter in Snaptrack

BAPI T1K Temperature Sensor Transmitters - screws

  1. Mount track with screws through the bottom of the plastic track.
  2. Insert one edge of the transmitter, then snap the other edge in.

Fig. 10: Transmitter in a BAPI-Box Enclosure

BAPI T1K Temperature Sensor Transmitters - Fig 2

Fig 11: Transmitter in a BAPI-Box 2 Enclosure

BAPI T1K Temperature Sensor Transmitters - screws 2

Fig. 12: Transmitter in a Weatherproof Enclosure

BAPI T1K Temperature Sensor Transmitters - Fig 3

Wiring & Termination

BAPI recommends using twisted pair of at least 22AWG and sealant-filled connectors for all wire connections.
Larger gauge wire may be required for long runs. All wiring must comply with the National Electric Code (NEC) and local codes.
Do NOT run this device’s wiring in the same conduit as high or low-voltage AC power wiring. BAPI’s tests show that inaccurate signal levels are possible when AC power wiring is present in the same conduit as the sensor wires.

Fig. 13: Typical RTD 4 to 20mA Transmitter with Flying Leads

Fig. 14: Typical RTD 4 to 20mA Transmitter with Terminals

Diagnostics

Possible Problems:

|

Possible Problems:

---|---
• Unit will not operate.| – Measure the power supply voltage by placing a voltmeter across the transmitter’s (+) and (-) terminals. Make sure that it matches the drawings above and the power requirements in the specifications.
– Check if the RTD wires are physically open or shorted together and are terminated to the transmitter.
• The reading is incorrect in the controller.| – Determine if the input is set up correctly in the controllers and BAS software.
– For a 4 to 20mA current transmitter measure the transmitter current by placing an ammeter in series with the controller input. The current should read according to the “4 to 20mA Temperature Equation” shown below.

Specifications

Platinum 1K RTD Transmitter
Power Required: ……….. 7 to 40VDC
Transmitter Output: ……. 4 to 20mA, 850Ω @ 24VDC
Output Wiring: …………… 2 wire loop
Output Limits: …………… <1mA (short), <22.35mA (open)
Span: ………………………. Min. 30ºF (17ºC), Max 1,000ºF (555ºC)
Zero: ……………………….. Min. -148°F (-100°C), Max 900ºF (482ºC)
Zero & Span Adjust: …… 10% of span
Accuracy: …………………. ±0.065% of span
Linearity: ………………….. ±0.125% of span
Power Output Shift: …… ±0.009% of span
Transmitter Ambient:…… -4 to 158ºF (-20 to 70ºC) 0 to 95% RH, Non-condensing
Resistance ………………… 1KΩ @ 0ºC, 385 curve (3.85Ω/ºC)
Standard Accuracy …….. 0.12% @ Ref, or ±0.55ºF (±0.3ºC)
High Accuracy……………. 0.06% @ Ref, or ±0.277ºF (±0.15ºC), [A]option
Stability …………………….. ±0.25ºF (±0.14ºC)
Self Heating ………………. 0.4ºC/mW @ 0ºC
Probe Range …………….. -40 to 221ºF (-40 to 105ºC)
Wire Colors: ………………. General color code (other colors possible)
1KΩ, Class B …………… Orange/Orange (no polarity)
1KΩ, Class A …………… Orange/White (no polarity)
Enclosure Ratings: (Part number designator in bold)
Weatherproof: …………… -WP, NEMA 3R, IP14
BAPI-Box: ………………… -BB, NEMA 4, IP66, UV rated
BAPI-Box 2: ……………… -BB2, NEMA 4, IP66, UV rated
Enclosure Material: (Part number designator in bold)
Weatherproof: ……………. -WP, Cast Aluminum, UV rated
BAPI-Box: …………………. -BB, Polycarbonate, UL94V-0, UV rated
BAPI-Box 2: ……………… -BB2, Polycarbonate, UL94V-0, UV rated
Ambient (Enclosure): 0 to 100% RH, Non-condensing (Part number designator in bold)
Weatherproof ……………. -WP, -40 to 212ºF (-40 to 100ºC)
BAPI-Box ………………….. -BB, -40 to 185ºF (-40 to 85ºC)
BAPI-Box 2 ……………….. -BB2, -40 to 185ºF (-40 to 85ºC)

Agency:
RoHS
PT=DIN43760, IEC Pub 751-1983, JIS C1604-1989

Specifications are subject to change without notice.
Building Automation Products, Inc., 750 North Royal Avenue, Gays Mills, WI 54631 USA
Tel:+1-608-735-4800
Fax+1-608-735-4804
E-mail:sales@bapihvac.com
Web:www.bapihvac.com

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