5
■ Altitude
MCCB is designed for operation at altitudes under 2000m. At altitudes higher than 2000m,
change the ratings upon a service condition.
2. Altitude and Insulation voltage
■ Clearances
When drawing the electric power supply panel, please keep the distance of Insulation
clearance between MCCB and panel as listed in table.
Type
A
B
Front
Connection
type
N
150
50
H
150
50
L
150
50
■
Minimum insulation clearance
The dimension of all charging parts should be over the minimum insulation clearance
Insulating
voltage(Ui)
Min. insulation
clearance(X min)
600V
8 mm
1000V
14 mm
B.
Service condition
Unit :mm
B
B
A
X
X
Altitude
(m)
Item
2000
3000
4000
5000
Withstand voltage [V]
3500
3150
2500
2100
Average insulating
voltage [v]
1000
900
700
600
Max. using voltage [V]
690
590
520
460
Current compensation
constant
1 x In
0.99 x In
0.96 x In
0.94 x In
Summary of Contents for TS1000H
Page 1: ...0 ...
Page 8: ...7 C Structure and Operation 1 Internal structure and Components System Overview ...
Page 13: ...12 E Weight Dimension 1 Weight Dimension 3 Overall Dimension Front connection type ...
Page 14: ...13 E Weight Dimension 1 Weight Dimension 4 Overall Dimension Rear connection type ...
Page 36: ...35 4 온도 센서 1 Protection A Type J TRIP RELAY Setting ...
Page 37: ...36 4 온도 센서 1 Protection P S Type J TRIP RELAY Setting ...
Page 45: ...44 4 온도 센서 1 Long time Delay L Characteristic Curves of TRIP RELAY ...
Page 46: ...45 4 온도 센서 2 Short time Delay L Characteristic curves of TRIP RELAY ...
Page 47: ...46 4 온도 센서 3 Instantaneous Ground Fault L Characteristic curves of TRIP RELAY ...
Page 48: ...47 4 온도 센서 4 IDMTL L Characteristic curves of TRIP RELAY ...
Page 49: ...48 4 온도 센서 5 Pre Trip Alarm L Characteristic curves of TRIP RELAY ...
Page 55: ...54 ...