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MP1403

M-System
Part Number MP1403
Manufacturer M-System
Description (MP1400 - MP1423) RTD Input Limit Alarm
Published Jun 1, 2015
Detailed Description INSTRUCTION MANUAL RTD INPUT LIMIT ALARM model MP1400 through MP1423 Thank you for choosing M-System. Before use, chec...
Datasheet PDF File MP1403 PDF File

MP1403
MP1403

Overview
INSTRUCTION MANUAL RTD INPUT LIMIT ALARM model MP1400 through MP1423 Thank you for choosing M-System.
Before use, check specifications on the unit label.
If you have any problems or questions with the product, please contact M-System’s Sales Office or representatives.
General Description The M-PAC Model MP1400 through MP1423 accept 2- or 3-wire RTD inputs and provide relay contact closure(s) at a preset input level.
The MP1400 Series reflects three styles of output selection: MP1400 – MP1403 Single (Hi) trip, non-latching (DPDT, 3A) MP1410 – MP1413 Single (Hi) trip, latching (DPDT, 3A) MP1420 – MP1423 Dual (Hi/Lo) trip, non-latching (SPDT, 3A) •Upscale burnout protection as standard •Failsafe operation available www.
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upcsrootavmbidleedfrom 1 to 100% Installation [Scale: mm(inch)] •Operating temperature: -5 to +60°C (23 to 140°F) •Operating humidity: 30 to 90% RH (non-condensing) Keep away from water, corrosive gas, dust and vibration.
DIN rail mounting available for 11-pin-base modules.
Use DIN rail of 35 mm width.
•11-Pin Base 55 (2.
17) min.
40 ± 0.
2 40 ± 0.
2 2–M4 SCREW (1.
57± .
01) (1.
57± .
01) Adjustments •Setpoint The MP1400 Series has five styles of setpoint adjustment: MP14X0 Top-accessed, 3-turn screw(s) MP14X2 Remote dial connection(s), 1k to 100k ohms MP14X3 DC-programmable, 0 to 1V The setpoint is adjustable over the entire input span.
A) Set deadband at its minimum (fully counterclockwise) before adjusting the setpoint.
B) With the specified trip Resistance/RTD input applied, adjust setpoint until the relay trips.
For Hi trip calibration, start with the setpoint above the desired trip.
For Lo trip calibration start below the desired trip.
•Deadband The deadband is independently adjustable for both setpoints in dual alarms.
A) Set deadband at its minimum (fully counterclockwise).
Set setpoint to desired trip.
B) Adjust Resistance/RTD input until relay trips.
C) Re-adjust deadband to 100% (fully clockwise).
D) Set ...


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