General Features; Technical Data - gefran RZ HDP0 Série Manuel D'utilisation

Y (load connected to the neutral)
Inputs
RZ...HDP0
Control voltage range: 10...40Vcc
Turn ON voltage: ≥ 10 Vcc
Turn OFF voltage: ≤ 3Vcc
≤ 18 mAcc @ 10Vcc
Input current:
≤ 22 mAcc @ 24Vcc
≤ 28 mAcc @ 40Vcc
Energising response time:
Power output: ≤ 10 ms
Disenergising response time:
Power output: ≤ 10 ms
Outputs
RZ.10..HDP0
Nominal current AC1:10 Arms
AC3: 2 Arms
Min load current: 100mArms
Repetitive overcurrent t=1s: ≤ 18 Arms
Non-repetitive overcurrent t=20ms:120Ap
Current drop at nominal currents and
voltages: ≤ 10 mArms
t for fusing t=1-10 ms: ≤ 72 A
2
I
Critical dl/dt: ≥ 50 A/µs
Voltage drop at nominal current: ≤1,6Vrms
Critical DV/dt OFF-state: ≥ 500 V/µs
RZ..25..HDP0
Nominal current AC1:25 Arms
AC3: 5 Arms
Min load current: 100mArms
RZ ...HDP0
THREE-PHASE SOLID STATE RELAY

General features

RZ 40...HDP0
Nominal voltage: 24...400Vcarms
Max operating voltage: 440Vcarms
Non-repetitive voltage: ≥ 1000V
Nominal frequency: 45...65 Hz
RZ 48...HDP0
Nominal voltage: 24...480Vcarms
Max operating voltage: 550Vcarms
Non-repetitive voltage: ≥ 1200V
Nominal frequency:
Repetitive overcurrent t=1s: ≤ 37 Arms
Non-repetitive overcurrent t=20ms: 230Ap
Current drop at nominal currents and
voltages: ≤ 10 mArms
t for fusing t=1-10 ms: ≤ 265 A
2
I
Critical dl/dt: ≥ 50 A/µs
Voltage drop at nominal current: ≤ 1,6Vrms
Critical DV/dt OFF-state: :≥500V/µs
Triangle
RZ..40..HDP0
Nominal current
Min load current:
Repetitive overcurrent t=1s: ≤ 60 Arms
Non-repetitive overcurrent t=20ms: 300Ap
Current drop at nominal currents and
voltages: ≤ 10mArms
t for fusing t=1-10 ms: ≤ 450 A
2
I
Critical dl/dt: ≥ 100 A/µs
Voltage drop at nominal current: ≤ 1,6Vrms
Critical DV/dt OFF-state: ≥ 500 V/µs
RZ..55..HDP0
Nominal current
Min load current:
Repetitive overcurrent t=1s: ≤ 85 Arms
Non-repetitive overcurrent t=20ms: 550Ap
Current drop at nominal currents and
voltages: ≤ 10mArms
t for fusing t=1-10 ms: ≤ 1500 A
2
I
Cricical dl/dt: ≥ 100 A/µs
Voltage drop at nominal current: ≤ 1,6Vrms
Critical DV/dt OFF-state: ≥500V/µs
2
s
Insulation
VCArms 3 Cycles
Nominal Insulation Voltage:
Input/Output:
Input/Auxiliary Contact
Input/Heatsink

TECHNICAL DATA

45...65 Hz
Nominal Insulation Voltage:
Output/Heatsink
Output/Output
VCArms 1min
Nominal Insulation Voltage:
2
s
Input/Output:
Input/Auxiliary Contact
Input/Heatsink
Nominal Insulation Voltage:
Output/Heatsink
AC1:40 Arms
Output/Output
AC3: 8 Arms
200mArms
Thermal features
RZ..10..HDP0
Operating Temperature: -20°C...+80°C
Storage Temperature: - 40°C...+100°C
2
Junction Temperature: ≤ 125°C
s
Rth (temp.gradient) junction/case
3-phase: 0,75 K/W
RZ..25..HDP0
Operating Temperature: -20°C...+80°C
AC1:55 Arms
Storage Temperature: - 40°C...+100°C
AC3: 15 Arms
Junction Temperature: ≤ 125°C
200mArms
Rth (temp.gradient) junction/case
3-phase: 0,5 K/W
RZ..40..HDP0
Operating Temperature: -20°C...+80°C
2
s
Storage Temperature: - 40°C...+100°C
Junction Temperature: ≤ 125°C
Rth (temp.gradient) junction/case
3-phase: 0,3 K/W
RZ..55..HDP0
Operating Temperature: -20°C...+80°C
Storage Temperature: - 40°C...+100°C
≥ 5660 V
Junction Temperature: ≤ 125°C
≥ 5660 V
Rth (temp.gradient) junction/case
≥ 5660V
3-phase: 0,2 K/W
5
≥ 4240 V
≥ 4240 V
≥ 4000 V
≥ 4000 V
≥ 4000V
≥ 2500 V
≥ 2500 V