LK Automation Limited
Brand:
OMRON
SE-KQP2N | OMRON Motor Protective Relay SE-KQP2N
OMRON SE-KQP2N Manual And Instructions
SE-KQP2N datasheetPDF datasheet
SE-KQP2N User's Manual
OMRON SE-KQP2N Product information and technical parameters：
Brand: OMRON
Name: Motor Protective Relay
Model: SE-KQP2N
Control voltage: 200/220/240 VAC.
Reset: Manual.
Model: Instantaneous type (See note 1.).
Solid-state Relay Provides Three Operating.
Functions in a Compact Package.
Prevents burnouts in 3-phase induction motors due to overcurrent,
open-phase, or reverse-phase.
LEDs indicate operation of the selected operating function.
Wide setting ranges: current: 1 to 160 A; operating time: 1 to 40 s.
Protects the motor from reversing without starting it.
before using the K2CM.
...More relevant models >>>>
SE-KQP2N datasheetPDF datasheet
SE-KQP2N User's Manual
OMRON SE-KQP2N Product information and technical parameters：
Brand: OMRON
Name: Motor Protective Relay
Model: SE-KQP2N
Control voltage: 200/220/240 VAC.
Reset: Manual.
Model: Instantaneous type (See note 1.).
Solid-state Relay Provides Three Operating.
Functions in a Compact Package.
Prevents burnouts in 3-phase induction motors due to overcurrent,
open-phase, or reverse-phase.
LEDs indicate operation of the selected operating function.
Wide setting ranges: current: 1 to 160 A; operating time: 1 to 40 s.
Protects the motor from reversing without starting it.
before using the K2CM.
Cable /G79-Y_C with loose wire connecting terminal.
L size: 1000mm.
Cable and loose wire cable with loose wire pressing connecting terminal,
Connector cable, MITSUBISHI motor produced PLC connection cable. Model: PYF (front-mounting), page 14.
Approx: 26 g.
Number of pins: 8 pins.
A Wide Variety of Square and,
Round Sockets in Front-mounting,
and Back-mounting Models,
Models available with finger protection OMRON SE-KQP2N SE-KQP2N
Hold-down Clips and Socket Bridges for PYF Sockets,
are also available.
New screwless models available. Appearance: there are F4 shell, R2 shell.
Circuit structure and open circuit mode: single contact 1C, voltage, no voltage, DC circuit breaker.
Rated current: AC5A.
Rated frequency: 50/60Hz (switching) OMRON SE-KQP2N.
Current adjustment range: time limit elements: 3-3.5-4-4.5-5-6A, 6 shunt;
Instantaneous elements: 20-30-40-50-60A-, 6 shunt.
Action time: time limit element time to adjust the degree 0.25-0.5-1-2-3-4-5-6-7-8-9-10,
12 nominal action time to adjust the scale of 10300% over current, 10s plus or minus 5%,
700% over current, 1.52s plus or minus 7%; instantaneous elements, nominal action time 200% over current 40ms OMRON SE-KQP2N.
Control power supply: do not.
Rated consumption VA:6VA.
Contact capacity: closed circuit, 110V 5A L/R=0ms1000 DC220V times, 10A L/R=0ms1000 DC times;
30W (DC 110V 1A closed, L/R=25ms1000), 80VA (AC 220V 1A) cos with =0.1 1000.
Contact: AC110V, 7.5A, COS with =0.4; (AC250V 825VA)
DC24V, 5A, L/R=7ms (maximum 50W time DC125V).
Automatic experiment: No.
Display: start display (LED), after the time display (LED).
Output display, trip (R phase and T phase) manual reset type, instant manual reset type.
Excitation surge current suppression (fuzzy inference): -.
Quality: about 1.3KG (R2 shell), about 1.8kg (F1 shell), about 3.3kg (D2 shell).
External: Mount Searl N1.5.
Static type over current relay K2CA-D type, attention to the protection of the coordination of static type OCR.
The protection coordination between OCR and MCCB is simple SE-KQP2N.
1 sets of three-phase protection, can save space and manpower.
Compared with the plate movement start display, through time display, make maintenance and inspection becomes simple.
The display oof the accident occurrence phase is used to facilitate the inspection after the accident SE-KQP2N.
Reduce the consumption of VA, reduce the burden of converter.
L size: 1000mm.
Cable and loose wire cable with loose wire pressing connecting terminal,
Connector cable, MITSUBISHI motor produced PLC connection cable. Model: PYF (front-mounting), page 14.
Approx: 26 g.
Number of pins: 8 pins.
A Wide Variety of Square and,
Round Sockets in Front-mounting,
and Back-mounting Models,
Models available with finger protection OMRON SE-KQP2N SE-KQP2N
Hold-down Clips and Socket Bridges for PYF Sockets,
are also available.
New screwless models available. Appearance: there are F4 shell, R2 shell.
Circuit structure and open circuit mode: single contact 1C, voltage, no voltage, DC circuit breaker.
Rated current: AC5A.
Rated frequency: 50/60Hz (switching) OMRON SE-KQP2N.
Current adjustment range: time limit elements: 3-3.5-4-4.5-5-6A, 6 shunt;
Instantaneous elements: 20-30-40-50-60A-, 6 shunt.
Action time: time limit element time to adjust the degree 0.25-0.5-1-2-3-4-5-6-7-8-9-10,
12 nominal action time to adjust the scale of 10300% over current, 10s plus or minus 5%,
700% over current, 1.52s plus or minus 7%; instantaneous elements, nominal action time 200% over current 40ms OMRON SE-KQP2N.
Control power supply: do not.
Rated consumption VA:6VA.
Contact capacity: closed circuit, 110V 5A L/R=0ms1000 DC220V times, 10A L/R=0ms1000 DC times;
30W (DC 110V 1A closed, L/R=25ms1000), 80VA (AC 220V 1A) cos with =0.1 1000.
Contact: AC110V, 7.5A, COS with =0.4; (AC250V 825VA)
DC24V, 5A, L/R=7ms (maximum 50W time DC125V).
Automatic experiment: No.
Display: start display (LED), after the time display (LED).
Output display, trip (R phase and T phase) manual reset type, instant manual reset type.
Excitation surge current suppression (fuzzy inference): -.
Quality: about 1.3KG (R2 shell), about 1.8kg (F1 shell), about 3.3kg (D2 shell).
External: Mount Searl N1.5.
Static type over current relay K2CA-D type, attention to the protection of the coordination of static type OCR.
The protection coordination between OCR and MCCB is simple SE-KQP2N.
1 sets of three-phase protection, can save space and manpower.
Compared with the plate movement start display, through time display, make maintenance and inspection becomes simple.
The display oof the accident occurrence phase is used to facilitate the inspection after the accident SE-KQP2N.
Reduce the consumption of VA, reduce the burden of converter.
...More relevant models >>>>