ICM Controls ICM550-ENC User manual

LIAF304
ICM550-ENC
Multi-Functional Timer
Replaces
• Grasslin: 010-0011B, DT040, DT140, DTAV40, DTMV, DTSX
• Paragon: 8041, 8045, 8047, 8141, 8143, 8145, 8245, 8247
• Precision: 6041, 6045, 6047, 6141, 6145
ICM550 control module, bracket mount, installation guid, terminal
block & wiring diagram label sheet, #8 x 1/2” sheet metal screws
(3), #6 x 1/2” hex head screws (4)
Package Contents
ELECTRICAL SHOCK HAZARD! Turn off
power at the main service panel by removing the fuse or
switching the appropriate circuit breaker to the OFF position
before working on a high voltage control.
CAUTION! Installation of the ICM550 shall be performed by
trained technicians only. Adhere to all local and national electric
codes.
WARNING! Never turn the dial backward, always turn the dial
clockwise to adjust. Do not attempt to touch or adjust the hands of
the clock as this may cause permanent damage to the clock.
> > > CAUTION < < <
Specications
Inputs:
• Nominal voltage range: 120-240 VAC
• Frequency: 60Hz
Outputs:
• Type: Relay
Contact Ratings:
• Compressor: [2]&[4]: 30A R, 1HP @ 120 VAC, 2HP @ 240 VAC
• Electric heat: [1]&[3]: 40A R, 1HP @ 120 VAC, 2HP @ 240 VAC
• Fan: [1]&[F]: 30A R, 1HP @ 120 VAC, 2HP @ 240 VAC
Environmental
• Operating temperature: -40 to +131°F
• Operating humidity: 0-95%, non-condensing
Mechanical
• Construction: Open board (plastic bracket mounted). The
ICM550-ENC comes packaged in a NEMA Type
4X rated weatherproof enclosure
• Mounting: Vertical or horizontal orientation
Timing
• Minimum cycle time: 15 minutes
• Maximum cycle time: 23 hours 45 minutes
• Terminate cycle: Cycle can be terminated by shorting “X to N”
Status LED
• Cycle mode: (Red LED)
• Normal mode: (Green LED)
Terminal Block
“USE COPPER WIRES ONLY”
Tightening torque 15 in-lb.
The following example shows the
clock set to 2:30 PM.
Turn the outer dial clockwise
until the inner clock hands
point to the correct time.
Each tick mark on the outer
dial represents 15 minutes.
The inner dial is representative
of conventional clock, with the
printed “hand” showing the hour
and the physical hand showing the
minute. The time displayed on the inner dial will always
correspond with the time on the outer dial.
To Set the Current Time
Determine the appropriate cycle
time for your application. Next,
set the switches for each 15
minute interval you require
by moving the switch to the
outer position.
Each switch represents a 15
minute interval and there are
4 intervals per hour.
In this example, the system will
begin one timed cycle at 5:00 PM,
which will last for 45 minutes (3 intervals).
The unit will resume normal operation at 5:45 PM.
If multiple cycles are required, please select the appropriate
dipswitches to represent each 15 minute interval throughout
the 24 hour period where desired.
To Set Defrost Time
Sample Wiring Diagram (for defrost application)
F 3 N X1 2 4
T-Stat
Fan
Defrost
Heater
120
VAC
L1
L2
Defrost
Thermostat
w/ Fan Delay
K1K2
Switch Position
Mode A
Compressor
Contactor Coil
Solenoid Valve
• Commercial defrost timer
• Pool & spa circulation pumps
Applications

Table 1 – Mode Switch Selection Table
Grasslin SW1
DT040 A
DT140 A
DTMV A
DTSX A
DTAV40 A/B per system
Time Initiated &
Time Terminated
Paragon Precision SW1
8045 6045 A
8041 6041 A
8047 6047 B
Time Initiated &
Pressure Terminated
Paragon Precision
8245 A
8247 B
Time Initiated & Pressure or
Temperature Terminated
Paragon Precision SW1
8145 6145 A
8141 6141 A
8143 B
Normal Mode: Green light ON and Red light OFF
(K1 NC, K2 NC)
Time Cycle: Red light ON and Green light OFF
(K1 NO, K2 NO)
Mode “A” Operation
Normal Mode: Red and Green lights OFF
(K1 NC, K2 NO)
Time Cycle: Red and Green lights ON
(K1 NO, K2 NC)
Mode “B” Operation
The Mode selection switch is used to set up the condition of relay K2 based on the model you are replacing (See Table 1). When
set up in Position A, relay K2 is normally closed and will open during the timed cycle. When set up in position B, relay K2 is
normally open and will close during the timed cycle.
Mode Selection Switch