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ICM Controls ICM450 Installation, Operation & Application Manual
ICM Controls ICM450 Installation, Operation & Application Manual

ICM Controls ICM450 Installation, Operation & Application Manual

Programmable three phase voltage monitor with 25-fault memory

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ICM450
Programmable Three Phase Voltage
Monitor with 25-Fault Memory
Protects motors from premature failure
and burnouts
Specification
Input
• Line Voltage: Universal, 190-630 VAC
• Frequency: 50-60 Hz
• Load Side Monitoring: Optional
• Control Voltage: 18-240 VAC
• Frequency: 50-60 Hz
Output
• Type: Relay, SPDT
• Voltage Range: 240 VAC @ 10A maximum
• Frequency: 50-60 Hz
Control Operating Temperature
• Operating Temperature: -40ºF to +167ºF (-40ºC to +75ºC)
• Storage Temperature: -40ºF to +185ºF (-40ºC to +80ºC)
LCD Operating Temperature
• Operating Temperature: -4ºF to +167ºF (-20ºC to +75ºC)
Mechanical
• Mounting: Surface mount using (2) #8 screws
• Terminations: Screw terminals
• Weight: 12 ounces (341 grams)
Dimensions
• 6 1/2" L, 4 1/4" W, 1 3/8" H (16.5 cm. L, 10.8 cm. W, 3.5 cm. H)
Parameters
Phase Unbalance Protection
• Voltage Unbalance: 2-20% adjustable
Over/Under Voltage Protection
• Under Voltage: 2-25% adjustable
• Over Voltage: 2-25% adjustable
Phase Loss Protection
• Phase Loss Condition: Equals 25% of nominal for any given phase; system will
shut down and a fault will be recorded should this occur
Delay on Break Timer
• Control Voltage: 18-240 VAC
• Time Delay: 0 to 10 minutes adjustable
Fault Interrogation Delay
• Time Delay: 0 to 15 seconds adjustable
• Provides a delay between fault detection and system shutdown - helps to eliminate
nuisance trips or unnecessary shutdowns
Installation of the ICM450 shall be performed by trained technicians only. Adhere
to all local and national electric codes.
Disconnect all power to the system before making any connections.
Caution
Installation
1. Using (2) #8 screws, mount the ICM450 in a cool, dry, easily accessible location in
the control panel.
2. Connect voltage as shown in Figure 1 (below). Leave existing line and load side
connections intact on the contactor.
3. Load side monitoring is optional (unit may be used to monitor line side only). Wire
the contactor and optional control voltage monitoring as in Figures 2 and 3 (below).
Note: Load/line wire must be rated for 3-phase voltage rating, 20ga minimum.
4. Upon application of power, the ICM450 will be on line and will begin to monitor the
system.
Figure 1
LOAD
Incoming 3-phase
voltage from load or
LOAD
"back" side of contactor
(optional)
LOAD
• Terminals 1 and 3 are the control signal input terminals
• "Control Mode" is turned ON or OFF in setup
• With "Control Mode" set to "ON," there must be a voltage
present on terminals 1 and 3 for the relay output terminals
4 and 6 to close; this voltage can be supplied from a
thermostat, pressure switch, etc.
• When the voltage on these terminals is re-applied,
the unit will not re-energize until the delay on break
(0-10 minutes) time has elapsed
• Use of terminals 1 and 3 is optional; they will be ignored if
the "Control Mode" is set to "OFF"
• Terminals 4 and 6 are "dry," normally open contacts
• Terminals 4 and 6 are closed when power is within
specifications
• Terminals 4 and 6 open when there is a fault
condition
• Terminals 4 and 6 open when there is a loss of the
control signal with "Control Mode" set to "ON"
ICM450 Wiring Diagrams
2-Pole Contactor
Setting the Parameters
1. Press the green SETUP button to enter Setup mode. Setup LED will light.
2. Use the
and
arrows to change user parameters.
3. Scroll through setup by pressing and releasing the SETUP button.
4. When the last parameter has been set, the phase average will be displayed and the
Setup LED will automatically turn OFF.
Button Functions
Press arrows to scroll through
Press to enter
and select user parameter
Setup mode
settings in Setup mode.
and select user
HOLD down for fast edit.
parameters.
LINE 3
Incoming 3-phase voltage from
3
LINE 2
line or "front" side of contactor
2
LINE 1
The incoming 3-phase voltage is
used to power up the ICM450 as
1
well (190-600)
Figure 2
6 5 4
3
* Switch can be
a thermostat,
pressure
switch, etc.
Control Voltage
(18-240 VAC)
Figure 3
6 5 4
3
Contactor Coil
Contactor Voltage
(18-240 VAC)
3-Pole Contactor
Hold for
Press to read faults.
voltage display
Hold for 5 seconds
a b, b c, a c
to clear faults and
(simultaneously).
reset memory.
1
Short pins
when using
24 VAC
control
voltage
1

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Summary of Contents for ICM Controls ICM450

  • Page 1 4. When the last parameter has been set, the phase average will be displayed and the • Time Delay: 0 to 10 minutes adjustable Setup LED will automatically turn OFF. Fault Interrogation Delay • Time Delay: 0 to 15 seconds adjustable Button Functions • Provides a delay between fault detection and system shutdown - helps to eliminate nuisance trips or unnecessary shutdowns Caution Installation of the ICM450 shall be performed by trained technicians only. Adhere Press arrows to scroll through Press to enter Hold for Press to read faults. and select user parameter Setup mode voltage display Hold for 5 seconds to all local and national electric codes.
  • Page 2 Note: For initial setup, press and hold FAULT for 5 seconds to remove any previously stored faults. Fault Problem Corrective Action Back Phase Loss Not all three of the phases on the load side are present 1. Re-energize the contactor. 2. If the fault reappears after the load energizes: a. Turn all power OFF b. Check all load side connections c. Check the contacts of the contactor for debris or excess carbon. Back Phase Rev Loads 1, 2, or 3 are not in sequence (not 120º phase shifted) 1. Turn OFF all power. 2. Swap any 2 phases on the load side of the ICM450 only (example: swap load 1 and load 2) * 3. Re-apply power. Back Phase Unbalance A voltage unbalance between the three load phases exceeds 1. Press the READ button to observe the present load voltages. Check system for unbalance cause. the unbalance setpoint 2. Increase the fault interrogation time if necessary. 3. Increase the percent unbalance setting if necessary. Front Over Voltage Average phase-phase voltage exceeds the maximum 1. Check system for over-voltage cause. percentage 2. Increase the percent over-voltage setting if necessary. 3. Increase the fault interrogation time if necessary.