SDV-FL1 DC12 Omron, SDV-FL1 DC12 Datasheet - Page 12

• Manufacturer Part Number: SDV-FL1 DC12
• Description: Sensor Hardware & Accessories VOLTAGE SENSOR
• Manufacturer: Omron

Specifications of SDV-FL1 DC12

• Lead Free Status / Rohs Status: Lead free / RoHS Compliant

Note: The start-up lock timer restarts when the operating value at starting becomes less than 30% of the set current value.
Note: This means that no malfunction occurs with the open-phase element, but the operating value of the overload element may vary.
10
Overcurrent function operating time
characteristics
Overcurrent function resetting value
Overcurrent function start-up
operating value
Open-phase operating value
Open-phase operating time
Reverse-phase operating value
Reverse-phase operating time
Imbalance operating value
Current imbalance factor
Imbalance operating time
Variation due to
temperature
fluctuation
Variation due to
voltage fluctuation
Variation due to
frequency
fluctuation
Insulation resistance
Dielectric strength
Permissible impulse voltage
Overcurrent strength of main circuit
Overvoltage strength of control power
supply circuit
Variation due to waveform distortion
Vibration
Shock
Test current
(reference only)
Service life
Ambient temperature
Humidity
Altitude
Characteristics
Motor Protective Relay
At 20 20 C
At 20 30 C
At 85% to 110% of
rated voltage
At 95% to 105% of
rated frequency
Operating time
Setting
characteristics of
operating time
Inverse type: 10% of maximum setting value (at 600% overload)
Instantaneous type: 20% of maximum setting value (at 140% overcurrent and at starting)
100% min. of the setting value
Inverse type: Not applicable
Instantaneous type: 30% max. of the setting value (See note.)
85% max. of the set current value (at open-phase)
2 s max. (at overcurrent operating value)
50% max. of the current value (30% max. of the operating voltage)
1 s max. (at overcurrent operating value)
85% of the set current value
High: 35 10%; Low: 60% min. (at overcurrent operating value)
2 s max.
where
K2CM
Overcurrent:
Open-phase:
Reverse-phase:
Overcurrent:
Open-phase:
Reverse-phase:
Overcurrent:
Open-phase:
Reverse-phase:
10 M
5 M
2,500 VAC (between current-carrying terminals and mounting panel and between current-carrying
terminals)
1,000 VAC (between contact poles)
Current reverse-phase detection models:
Voltage reverse-phase detection models:
No abnormality develops when 20 times the set current value is applied for 2 s, 2 times with a 1-
minute interval.
No abnormality develops when 1.15 times the relay’s rated voltage is applied once for 3 hours.
No malfunction occurs when pulse containing 100% of the 2nd to 9th harmonics is applied (open-
phase switch set to “Low”). (See note.)
Malfunction: 10 to 55 Hz, 0.3-mm double amplitude (in X, Y, and Z directions for 10 minutes each)
Destruction: 10 to 25 Hz, 2-mm double amplitude (in X, Y, and Z directions for 2 hours each)
Malfunction: 98 m/s
Destruction: 294 m/s
Set time value
Approx. 30% of the maximum setting value
Electrical: 10,000 operations
Operating: 10 to 60 C
Storage:
35% to 85%
2,000 m max.
Imbalance factor = Reverse phase portion
6,000 V (between current-carrying terminals and mounting panel)
4,500 V (between current-carrying terminals and between control power supply terminals)
Waveform: 1.2/50 s
4,500 V (between current-carrying terminals and mounting panel)
Waveform: 1.2/50 s
min. (between current-carrying terminals and between contact poles)
min. (between current-carrying terminals and mounting panel)
25 to 65 C
5% of operating value, 10% of operating time
10% of operating value, 10% of operating time
10% of operating value, 10% of operating time
10% of operating value, 20% of operating time
20% of operating value, 20% of operating time
20% of operating value, 20% of operating time
5% of operating value, 10% of operating time
5% of operating value, 10% of operating time
5% of operating value, 10% of operating time
2
Normal phase portion
2
(approx. 10 G) in X, Y, and Z directions
(approx. 30 G) in X, Y, and Z directions
100 (%)