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PRODUCT

1Phase Power Controller

1Phase Power Controller

1-Phase Lite 25A~75A

A RIGHT THINK FOR QUALITY - PION SERIES

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MODEL
PION-L1W-025-xx
PION-L1W-033-xx
PION-L1W-055-xx
PION-L1W-075-xx


1P_25A_01.jpg

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faf926c372ae4006a8c61b66eca197c5_1652255824_6417.jpg
 

b3240257552c25fe000ce93bf2587daf_1676886682_7798.jpg
 

526433330277d73ee713725352b6bcb7_1649300765_0513.jpg
 
SPECIFICATION
A RIGHT THINK FOR QUALITY - PION SERIES

For detailed information, please download the "User Manual" below and refer to it.
CATEGORY SPECIFICATION

Power supply
voltage
220~440VAC (Min190~Max 480 / R.T Input : Free Voltage)

Related
current
25A, 33A, 55A, 75A

Operation
Frequency
50/60Hz (Automatic discriminating)

Control
methods
Phase control, Zero crossing control, Combination control (phase + zero crossing)

Control
input
4~20mA, 1~5VDC, 0~5VDC, VR10KΩ, MODBUS (ASCII/RTU)

Load
types
Heater coupled load (Phase / Zero crossing), Inductive load (Phase)

Minimum
load
Over 1A

Output
range
0~99%

Output
resolution
Signal (4~20mA etc.) control :12Bit
MODBUS control :14Bit

Environment
Humidity : 20~90% (without condensation)    Surrounding Air temperature : 0~50℃

Cooling
method
25, 33A : Natural air cooling type
55, 75A : Forced air cooling type

Dielectric
strength
3,000VAC ~50/60Hz for 1 min

Insulation
resistance
Power : Case 200MΩ (at 500VDC)

Control
power
DC 24V (25, 33A - 1.5W / 55, 75A - 3.2W)

Alarm
output
Alarm1,2 Relay output  : Over current, Overheating warning, Blown FUSE, Thyristor failure,
Overheating alarm, Load (heater) disconnection

Basic
functions
• Fuse speed internal mounting
• Current display (True RMS)
• Fuse disconnection alarm
• RUN/STOP (Contact input)
• Soft Up/Down(0~900sec)
• Thyristor failure alarm
• Soft start (0~900sec)
• Over current setting
• Manual output test
• Elevation function
• Input signal (4~20mA, 1~5V, 0~5V, VR10KΩ)
• Transformer coupled load MODE
• Main switch (R. T) block display
• Status display & Alarm display
• FAN failure alarm (55A, 75A)
• Max output limit (0~100%)
• Inductive load Mode
• Manual operation
• MODBUS(RS-485)
• Fuse speed internal mounting
• Current display (True RMS)
• Fuse disconnection alarm
• RUN/STOP (Contact input)
• Soft Up/Down(0~900sec)
• Thyristor failure alarm
• Soft start (0~900sec)
• Over current setting
• Manual output test
• Elevation functuon
• Input signal (4~20mA, 1~5V, 0~5V, VR10KΩ)
• Transformer coupled load MODE
• Main switch (R. T) block display
• Status display & Alarm display
• FAN failure alarm (55A, 75A)
• Max output limit (0~100%)
• Inductive load Mode
• Manual operation
• MODBUS(RS-485)

Optional
functions
• Current limit (voltage feedback)
• Current / Voltage / Power feedback
526433330277d73ee713725352b6bcb7_1649300913_8309.jpg
 
DIMENSIONS
A RIGHT THINK FOR QUALITY - PION SERIES

For detailed information, please download the "CAD drawing" below and refer to it.
Capacity (A) W H D W1 H1 Interval (T) Weight (kg) Attachment
bolt		 Main Power
bolt

25,33
50
185
140
30
167
20
0.96
M4
M6X15

55,75
60
210
145
35
192
20
1.3
M4
M6X15
Capacity (A)

25,33

55,75
W
50
60
H
185
210
D
140
145
W1
30
35
H1
167
192
Interval (T)
20
20
Weight (kg)
0.96
1.3
Attachment
bolt
M4
M4
Main Power
bolt
M6X15
M6X15

Formula of an electric current amount change According to heater capacity
Actual loading capacity (A) = Result not "x 1.3", Design loading capacity (A) = Result "x 1.3".

Our rated capacity is on condition 25 degrees at room temperature & Rated voltage,
So Please put your capacity calculation Considering the Field situations (Temperature, Input Voltage etc) when choosing a model.

  • 3 Phase
    Resistive load

    =
    Heater (W)
    × 1.3
    1.732 × Voltage

  • 3 Phase
    Inductive load

    =
    Heater (W)
    × 2.0
    1.732 × Voltage

  • 1 Phase
    Resistive load

    =
    Heater (W)
    × 1.3
    Voltage

  • 1 Phase
    Inductive load

    =
    Heater(W)
    × 2.0
    Voltage
[1P Lite 25~75A]PION English Users Manual_P1N22_Rev_05.pdf (2.7M)
DOWNLOAD
[2D_CAD] 1P_PION_1Leg_2Legs_25A~1200A Rev08.dwg (51.0M)
DOWNLOAD
[3D_CAD] 1P_1Leg PION_L1W_025~075_Rev01.zip (12.9M)
DOWNLOAD