PIONENG Co., Ltd. LOGO

PRODUCT

1Phase Power Controller

1Phase Power Controller

1-Phase 30A / 50A / 70A

A RIGHT THINK FOR QUALITY - PION SERIES

본문

MODEL
PION-D1W-030-xx
PION-D1W-050-xx
PION-D1W-070-xx
PION-L2W-030-xx
PION-L2W-050-xx
PION-D2W-070-xx
63d341c166a543113aafd5dd398c7041_1648174416_611.jpg
 
63d341c166a543113aafd5dd398c7041_1648174440_4051.jpg
 
1Leg control (Basic)
MODEL: PION-D1W-xxx-xx
30A_p1.jpg
 
2Legs control (Option)
MODEL: PION-L2W-xxx-xx
30A_p2.jpg
 
MODEL: PION-D2W-070-xx
30A_p3_070.jpg
 
30a_spec_01.jpg

pion_certi.jpg

SPECIFICATION
A RIGHT THINK FOR QUALITY - PION SERIES

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

Rated
voltage
220~440VAC ( MIN 190 ~ MAX 480, R.T Input : Free Voltage - Voltage other than this are made to order)

Rated
current
30A, 50A, 70A

Frequency
50/60Hz (Automatic discriminating)

Control
system
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
30~50A : Natural air-cooling type
70A : FAN_Forced air cooling type

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

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

Control
power
110V~230 VAC 50/60Hz
- 30~50A - 15W / 70A - 35W (Including fan)
- If you are using a 110V control power you must replace the cooling fan (110VAC)

Alarm
output
Alarm1, 2 (1a 250VAC 3A) : Over current, Overheating warning, Blown Fuse, Load (Heater) disconnection,
Thyristor failure, Overheating Caution

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)
• Equipped with automatic recovery circuit
• Transformer coupled load MODE
• Main switch (R. T) block display
• Status display & Alarm display
• 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 function
• Input signal (4~20mA, 1~5V, 0~5V, VR10KΩ)
• Equipped with automatic recovery circuit
• Transformer coupled load MODE
• Main switch (R. T) block display
• Status display & Alarm display
• Max output limit (0~100%)
• Inductive load Mode
• Manual operation
• MODBUS(RS-485)

Optional
functions
• FAN failure alarm
• Current limit (voltage feedback)
• Current / Voltage / Power feedback
30a_spec_02.jpg
DIMENSIONS - 1leg
A RIGHT THINK FOR QUALITY - PION SERIES

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

25, 35
(analog)
55
135
104
35
117
20
0.4
M4
M5/(S)M4

30,50
80
181
144
35
163
20
2
M4
M6/(S)M5

70
80
206
144
35
188
20
3
M4
M6/(S)M5

90
115
240
180
93
230
30
4
M4
M6

110,130
124
282
190
101
270
30
5
M4
M6

160,200
124
384
207
101
372
30
7
M6
M8

250,300
166
409
220
143
397
30
10
M6
M8

400,500
219
510
266
170
490
50
22
M6
M10

600,750,
850,1000
1200
253
620
330
195
600
50
35
M6
M12
Capacity (A)

25, 35
(analog)

30,50

70

90

110,130
Width (W)
55
80
80
115
124
Height (H)
135
181
206
240
282
Depth (D)
104
144
144
180
190
W1
35
35
35
93
101
H1
117
163
188
230
270
Interval (T)
20
20
20
30
30
Weight (kg)
0.4
2
3
4
5
Attachment
bolt
M4
M4
M4
M4
M4
Main Power
bolt
M5 / (S)M4
M6 / (S)M5
M6 / (S)M5
M6
M6

Capacity (A)

160,200

250,300

400,500

600,750,
850,1000
1200
Width (W)
124
166
219
253
Height (H)
384
409
510
620
Depth (D)
207
220
266
330
W1
101
143
170
195
H1
372
397
490
600
Interval (T)
30
30
50
50
Weight (kg)
7
10
22
35
Attachment
bolt
M6
M6
M6
M6
Main Power
bolt
M8
M8
M10
M12
30a_spec_03.jpg
DIMENSIONS - 2legs
PION-L2W-xxx-xx
A RIGHT THINK FOR QUALITY - PION SERIES

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

30,50
112
200
166
102
132
10
1.84
M4
M5
Capacity (A)

30,50
Width (W)
112
Height (H)
200
Depth (D)
166
W1
102
H1
132
Interval (T)
10
Weight (kg)
1.84
Attachment
bolt
M4
Main Power
bolt
M5

30A_dimen_d2w.jpg
DIMENSIONS - 2legs
PION-D2W-070-xx
A RIGHT THINK FOR QUALITY - PION SERIES

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

70
115
240
180
93
230
30
4
M4
M6
Capacity (A)

70
Width (W)
115
Height (H)
240
Depth (D)
180
W1
93
H1
230
Interval (T)
30
Weight (kg)
4
Attachment
bolt
M4
Main Power
bolt
M6

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 30~70A]Pion English Users Manual_P1N22_Rev_05.pdf (3.2M)
DOWNLOAD
[2D_CAD] 1P_PION_1Leg_2Legs_25A~1200A Rev08.dwg (51.0M)
DOWNLOAD
[3D_CAD] 1P[1Leg] PION-D1W_030~1200, 2P[2Legs] PION-D2W-030~1200.zip (135.4M)
DOWNLOAD