MINCO Temptran TT110, TT111, TT150, TT151, TT164, TT231, TT291, TT309, TT700 Current Transmitter Installation Instructions

MINCO Temptran TT110, TT111, TT150, TT151, TT164, TT231, TT291, TT309, TT700 Current Transmitter Installation Instructions

Below you will find brief information for Current Transmitter Temptran TT110, Current Transmitter Temptran TT111, Current Transmitter Temptran TT150, Current Transmitter Temptran TT151, Current Transmitter Temptran TT164. The Temptran converts an RTD's (resistance temperature detector's) resistance signal into a current proportional to the RTD's temperature. It converts the RTD's resistance signal into a current proportional to the RTD's temperature. The current changes according to the range marked on the Temptran: 4 mA at the lowest temperature of the range, rising to 20 mA at the top of the range. The leads that supply power also carry the current signal.

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MINCO Temptran TT110, TT111, TT150, TT151, TT164 Installation Instructions | Manualzz
MINCO TemptranTM
4-20 mA Current Transmitter
with wire leads or terminal block connections
TT110, TT111, TT150, TT151, TT164, TT231, TT291, TT309, & TT700
INSTALLATION INSTRUCTIONS
Installation
Ambient temperature of the Temptran should stay between 0 and 50 °C (32
and 122 °F). Mount near the RTD with a #6 machine or #8 self-tapping screw.
Connect the Temptran as shown, observing +/- polarity of the current loop.
Maximum DC supply voltage = 35 VDC. The RTD connections have no polarity.
For the RTD, good connections are a must; a few ohms of resistance in the
connection can cause an error of several degrees.
The Temptran has been factory-calibrated for its marked temperature range or
else for a specific RTD. Do not change its zero and span adjustments.
Wiring Diagram
+
RTD
RTD
Z
S
Z
_
INPUT
S
ORANGE
BLACK
BROWN
RED
_
_
+
COLOR CODE
FOR W IRE
LEADS ONLY
COMPUTER OR
CONTROLLER
_
4-20 mA
LOOP
+
+
TEMPTRAN
REMOTE SENSING SITE
COPPER LEADS,
TWISTED PAIR
24 VDC
SUPPLY
CONTROL SITE
How It Works
The Temptran converts an RTD's (resistance temperature detector's) resistance
signal into a current proportional to the RTD's temperature. The current changes
according to the range marked on the Temptran: 4 mA at the lowest temperature
of the range, rising to 20 mA at the top of the range. The leads that supply
power also carry the current signal.
MINCO PRODUCTS, INC.
7300 Commerce Lane, Mpls., MN 55432
Telephone: (763) 571-3121
FAX: (763) 571-0927
©2001 Minco Products, Inc.
F:\MOD\TT110\LIT\TT110_111MNweb.doc

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Key Features

  • Converts RTD resistance to 4-20 mA current
  • Output current proportional to temperature
  • Factory-calibrated for specific temperature ranges
  • Wire leads or terminal block connections
  • Maximum supply voltage: 35 VDC
  • Ambient temperature range: 0 to 50 °C (32 to 122 °F)

Frequently Answers and Questions

What is the ambient temperature range of the Temptran?
The ambient temperature range is 0 to 50 °C (32 to 122 °F).
What is the maximum DC supply voltage for the Temptran?
The maximum DC supply voltage is 35 VDC.
How does the Temptran convert an RTD's resistance signal into a current?
The Temptran converts the RTD's resistance signal into a current proportional to the RTD's temperature. The current changes according to the range marked on the Temptran: 4 mA at the lowest temperature of the range, rising to 20 mA at the top of the range.

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