MODEL BREAKDOWN
USE THIS EXAMPLE FOR ORDERING THE PROPER CONTROL PANEL NECESSARY.
BASE MODEL NUMBER SPECIFIED WITH ORDER
CP XXX XXX X XX
SERIES
DESIGNATION
QTY CONTACTORS
040 - 1 CONTACTOR, 40A (50A)
050 - 1 CONTACTOR, 50A (65A)
100 - 2 CONTACTORS, 100A (130A)
200 - 4 CONTACTORS, 200A (260A)
300 - 6 CONTACTORS, 300A (390A)
SUPPLY VOLTAGE
480 - 480/277/240/208
600 - 600V
CONTROL VOLTAGE
1 - 120 VOLTS
2 - 24 VOLTS
OPTIONS*
PT - Percentage Timer
CT - Time Delay Controller
Power Control Panels
File #E166716
Installation & Operating Instructions
SAVE THESE INSTRUCTIONS
Description
The CP series Power Control Panels from Marley Engineered Products were developed to handle the additional requirements
needed when controlling quartz lamp, quartz tube, and metal sheath style infrared heaters. As a result, the additional features
included to support infrared heaters make this series of control panels an excellent solution for a variety of applications.
CP series Power Control Panels are factory wired for efficient installation, and include terminal blocks, On-Off selector switch-
es, a power on Pilot light, and a 24 volt or 120 volt control circuit. Panels are available for use in 208, 240, 277, 480 and 600
volt systems, with amp loads up to 40, 50, 100, 200 and 300 amps.
Features
• NEMA 1 enclosure, UL Listed and Labeled Control Panel.
• On/Off Control Switch.
• Power On Pilot Light.
• Control terminals for remote One or Two Stage Controller, (two stage requires a minimum of two contactors).
• 600V Fuse Blocks,Type J, Max. 60 AMP for load splitting (fuses not supplied.)
• Heavy duty contactors, 50 amps full load , 65 amps resistive to 600 volts (except with Time Delay and Percentage
Timer Options).
• Control Transformer with fused primary and secondary, 24 or 120 volts.
• Percentage Timer Option for single contactor panel.
• Time Delay Controller (Intermittent Heat) for single contactor panel.
• Factory pre-wired for quick and easy installation.
*NOTE: These options are
available for 40 Amps max.
single contactor panels only
( ) = RESISTIVE RATING
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