METSEPM5350 PM5350 Power Monitor Schneider, METSEPM5350

MAIN SPECIFICATIONS
Analogue Input Number	100...300 V DC 85...265 V AC 45...65 Hz
Contacts Type And Composition	1 A 5 A
Control Type	1P + N 3P 3P + N
Display Type	backlit LCD
Measurement Accuracy	current 0.3 % frequency 0.05 % power factor +/- 0.005 voltage 0.3 %
Mounting Diameter	4 digital
Product Or Component Type	power meter
Communication Port Protocol	JBUS Modbus RTU and ASCII at 9.6, 19.2 and 38.4 kbauds
Device Short Name	PM5350
EAN13	3606480284311
Power Quality Analysis	total demand distortion total harmonic distortion
Range	PowerLogic
Range Name	PM5350 Monitoring system
Type Of Measurement	active power apparent power current energy frequency phase angle power factor reactive power voltage
COMPLEMENTARY
Analogue Input Type	current 0.05...9 A (impedance <= 0.3 Ohm)
Analogue Output Number	backlit LCD
Communication Gateway	6 lines
Display Resolution	6 lines
Number Of Inputs	4 digital
Output Voltage	current 0.05...9 A (impedance <= 0.3 Ohm)
Product Name	PowerLogic PM5350
Time Delay	current 0.3 % frequency 0.05 % power factor +/- 0.005 voltage 0.3 %
[In] Rated Current	1 A 5 A
Accuracy Class	class 0.5 active energy conforming to IEC 61557-12 class 0.5 power conforming to IEC 61557-12 class 0.5S active energy conforming to IEC 62053-22 class 2 reactive energy conforming to IEC 61557-12 class 3 reactive energy conforming to IEC 62053-23
Communication Port Support	terminal block: RS485
Compatibility Code	PM5350
Connections - Terminals	control circuit: screw terminal block2 current transformer: screw terminal block6 Ethernet network: RJ45 connector input/output circuit: screw terminal block6 relay output: screw terminal block4 voltage circuit: screw terminal block4
Data Recording	alarms min/max of instantaneous values
Depth	44 mm
Device Application	power monitoring
Frequency Measurement Range	45-70 Hz
Height	96 mm
Information Displayed	tariff (4)
Market Segment	buildings large building cost management: billing: main incomer buildings large building cost management: billing: sub feeder buildings large building cost management: cost allocation: main incomer buildings large building cost management: cost allocation: sub feeder buildings large building network management: sub feeder buildings medium building cost management: billing: main incomer buildings medium building cost management: billing: sub feeder buildings medium building cost management: cost allocation: main incomer buildings medium building cost management: cost allocation: sub feeder buildings medium building network management: main incomer buildings medium building network management: sub feeder buildings multi-site cost management: billing: main incomer buildings multi-site cost management: billing: sub feeder buildings multi-site cost management: cost allocation: main incomer buildings multi-site cost management: cost allocation: sub feeder buildings multi-site network management: sub feeder buildings small building cost management: billing: main incomer buildings small building cost management: billing: sub feeder buildings small building cost management: cost allocation: main incomer buildings small building cost management: cost allocation: sub feeder buildings small building network management: main incomer buildings small building network management: sub feeder data center cost management: billing: main incomer data center cost management: billing: sub feeder data center cost management: cost allocation: main incomer data center cost management: cost allocation: sub feeder data center network management: sub feeder healthcare cost management: billing: main incomer healthcare cost management: billing: sub feeder healthcare cost management: cost allocation: main incomer healthcare cost management: cost allocation: sub feeder healthcare network management: sub feeder industry cost management: billing: main incomer industry cost management: billing: sub feeder industry cost management: cost allocation: main incomer industry cost management: cost allocation: sub feeder industry network management: sub feeder
Maximum Power Consumption In VA	9.6 VA
Measurement Current	0-1 A 0-5 A
Measurement Voltage	20-400 V AC phase to neutral 20-690 V AC phase to phase
Mounting Mode	flush-mounted
Net Weight	0.25 kg
Network Frequency	50 Hz 60 Hz
Number Of Outputs	2 relay
Ride-through Time	100 ms 230 V AC typical 100 ms 415 V AC typical 80 ms 120 V AC typical
Sampling Rate	32 samples/cycle
Type Of Installation	indoor installation
Width	96 mm
ENVIRONMENT
Ambient Air Temperature For Operation	-40-85 °C
Ambient Air Temperature For Storage	-25-70 °C
Electromagnetic Compatibility	1.2/50 µs shock waves immunity test conforming to IEC 61000-4-5 conducted and radiated emissions class A conforming to EN 55011 conducted RF disturbances conforming to IEC 61000-4-6 electrical fast transient/burst immunity test conforming to IEC 61000-4-4 electrostatic discharge conforming to IEC 61000-4-2 immunity to impulse waves conforming to IEC 61000-4-12 limitation of voltage changes, voltage fluctuations and flicker in low-voltage conforming to IEC 61000-3-3 limits for harmonic current emissions conforming to IEC 61000-3-2 susceptibility to electromagnetic fields conforming to IEC 61000-4-3
IP Degree Of Protection	IP30 back: conforming to IEC 60529 IP51 front face: conforming to IEC 60529
Operating Altitude	0...3000 m
Overvoltage Category	III
Pollution Degree	2
Product Certifications	CE cULus
Relative Humidity	0-95 % at 50-50 °C
Standards	IEC 61010-1
OTHER
Poles Description	1P + N 3P 3P + N
[Us] Rated Supply Voltage	100...300 V DC 85...265 V AC 45...65 Hz

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PM5350 Power Monitor

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