40 & 50 AMP Rated
"COOL ONE" Panel Mount SCR Power Controller with PWM Input
(Phase Angle)
Anacon Power & Controls SCR Controller's are designed to offer proven solutions to both Phase Angle and Burst Fire applications. Our Phase Angle SCR Controllers operate by varying the firing point of an SSR's input. The power delivered to the load is proportional to the command input signal. SCR Controllers allow you to apply more precise control to any heater application, regardless of the type of heater elements you choose. |
|
Dimensions: 6.0" x 4.75" x 3.0" |
Standard Cool One Features:
- Touch Safe Versions now Available
- Current Ratings from 0.1A to 50A
- Output voltages from 24Vac to 660Vac
- Standard LED Status Indicator
- UL/cUL Recognized TUV Approved & CE Compliant Version
- Operates from 47-63Hz
- Input Options: 0-10V, 0-5V, 2-10V, 1-5V, 4-20ma, 0-20ma, Potentiometer
- Built in Transient Protection
- Phase Angle Linearity Proportional to Input
- Controller Card requires 24Vac for operation 3VA min.
- 40A & 50A models Standard. Higher & Lower current versions available from 10A to 100A
- Includes Control Module, Solid State Relay & Black Anodized "Cool One" Panel Mount Heat Sink.
- Safety & Noise Immunity Compliance
- Application Information & Wiring Diagram
|
SPECIFICATIONS |
PART NUMBER |
INPUT RANGE |
ASSEMBLY LOAD CURRENT (AMPS AC) |
LINE VOLTAGE |
PEAK VOLTAGE |
RELAY RATING |
APCSCR40LL-PWMP |
PWM
(Time Proportioning 5-30Vdc Logic Input) |
.1A-40A Max @ 40C Ambient |
24-280Vac |
600V Peak |
50A |
APCSCR40HL-PWMP |
PWM
(Time Proportioning 5-30Vdc Logic Input) |
.1A-40A Max @ 40C Ambient |
48-660Vac |
1200V Peak |
50A |
APCSCR50LL-PWMP |
PWM
(Time Proportioning 5-30Vdc Logic Input) |
.1A-50A Max @ 40C Ambient |
24-280Vac |
600V Peak |
75A |
APCSCR50HL-PWMP |
PWM
(Time Proportioning 5-30Vdc Logic Input) |
.1A-50A Max @ 40C Ambient |
48-660Vac |
1200V Peak |
75A |
APCSCR40TLL-PWMP
(example) |
Touch Safe versions are also available, add the letter "T" after the
rating number in the standard part number. |
|
Notes:
- Ratings based upon 100% duty cycle for 20 minutes or 80% duty cycle continuous.
- Ratings are based upon relays being mounted either individually or side by side with zero spacing.
- Cool One's unique construction allows better performance than conventional heat sink designs even when mounted side by side.
|
|
|
MECHANICAL DRAWING
|
COMMAND INPUT |
1 |
2 |
3 |
5 |
PWM* |
Off |
Off |
Off |
Off |
FEATURE ENABLE |
4 |
6 |
|
|
Line Voltage Comp Enable (Default) |
Off |
Off |
|
|
None |
Off |
On |
|
|
Soft Start |
On |
On |
|
|
Soft Start & Line Voltage Comp Enabled |
On |
Off |
|
|
*Feature is set for PWM Operation by Anacon.
Input is designed to accept a signal from a PLC or Process/Temperature controllers SSR drive output. The logic signal is used to generate a command set point.
Contact Anacon Power & Controls for applications assistance - 800-466-9080.
|
|
|
|
|
|
The APCSCR series are SCR Power Controllers (phase angle). The switch selectable
control range for the PWM Input version is: 5-30V. The power delivered to the load is proportional to the
command signal input. Input selection options are achieved by dip switch
selection as noted above.
The APCSCR Power Controller's PWM Input is designed to accept a signal from a PLC or a process/temperature controllers SSR drive output.
A line to 24Vac transformer supplies power and phase information to the controller card. The transformer is connected across the AC power source as noted below. There is a feature to compensate for line voltage variation. By adjusting the phase angle automatically with line voltage changes, constant power is maintained at the load. To use the line voltage compensation feature properly, the 24Vac transformer should be fed from the same mains as the load circuit to be controlled per the wiring diagram per Figure 1. Line voltage compensation can be enabled or disabled via dip switch selections noted above.
A separate control transformer is required for each APCSCR assembly.
See User Manual for complete list of commands & wiring options. |
Figure 1 |