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OPERATION MANUAL
Temperature Input
Transmitters and Monitors
CMCP560(A)
CMCP565(A)
CMCP570(A)
NOTICE!
This equipment is suitable
for use in Class I, Division 2, Groups B-D
IMPORTANT!
After installation of this unit, no connections are to
be made or broken while any connection on the unit is powered up.
CMCP500 Series Temperature 10/2009 Page 1 of 11
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Related Manuals for STI CMCP500 Series
Summary of Contents for STI CMCP500 Series
- Page 1 Class I, Division 2, Groups B-D IMPORTANT! After installation of this unit, no connections are to be made or broken while any connection on the unit is powered up. CMCP500 Series Temperature 10/2009 Page 1 of 11...
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Page 2: Table Of Contents
4-20 mA Output Buffered Output Monitor Alarm Module: Alert and Danger Setpoints Alert and Danger Delay Adjustment Latching/Non-Latching Alarms Trip Multiply Alarm Relays Alarm Module Jumper Selection Test and Calibration Setup: CMCP560 CMCP565 CMCP570 CMCP500 Series Temperature 10/2009 Page 2 of 11... -
Page 3: General
BNC connector on the front. The CMCP500 Series Transmitters can be also ordered as a standalone Monitor by adding the suffix "A" to the basic model number, i.e.: CMCP5XXA. When ordered in this configuration, the unit includes an alarm module that provides independent set point alarms for both ALERT (A) and DANGER (D) levels. -
Page 4: Opening The Case
Dimensions and Mounting: CMCP500 Series Transmitters and Monitors are designed to be mounted on Din Standard 35 mm “T” Rail or “G” Rail. They simply snap in place by aligning the top of the mount on the track and pressing down. To remove insert a screwdriver in the tab at the bottom and pull down and out slightly. -
Page 5: Transmitter
CMCP560 and CMCP565 CMCP570 Transducer: The CMCP500 Series is factory configured for use with one of four transducer types. The specific type is identified by a dash number immediately following the basic part number on the side label. CMCP560 CMCP565... -
Page 6: Transducer Cable
"OK" condition exists. Full Scale Range: The CMCP500 Series is supplied factory calibrated for the full-scale range specified at the time of order. The factory calibrated range is listed on the side label as a dash number. Custom ranges are available. -
Page 7: Monitor Alarm Module
DO NOT APPLY VOLTAGE TO EITHER THE “RST” or "COM" TERMINALS. If several monitors are mounted together, the "RST" terminals may be daisy-chained together. CMCP500 Series Temperature 10/2009 Page 7 of 11... -
Page 8: Trip Multiply
Relays are socketed and can be replaced. Alarm Module Jumper Selection: CMCP500 Series Temperature 10/2009 Page 8 of 11... -
Page 9: Cmcp560
Connect the RTD simulator to input terminals 1 and 2 and set it for the full-scale temperature. Connect a jumper from input terminal 2 to input terminal 3. Adjust the ZERO potentiometer (marked S) until the output is 4.00 mA +/- .01 mA. CMCP560 Test Setup CMCP500 Series Temperature 10/2009 Page 9 of 11... - Page 10 Connect the TC simulator to input terminals 1 and 2 and set it for the full-scale temperature. Adjust the ZERO potentiometer (marked S) until the output is 4.00 mA +/- .01 mA. CMCP565 Test Setup CMCP500 Series Temperature 10/2009 Page 10 of 11...
- Page 11 Connect the variable dc power supply to input terminals and set it for the corresponding voltage for Full Scale Temperature. Adjust the internal potentiometer (R12) until the output is 4.00 mA +/- .01 mA. CMCP570 Test Setup CMCP500 Series Temperature 10/2009 Page 11 of 11...
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