มัลติฟังก์ชั่นดิจิตอลพาเนลมิเตอร์ 3FMF-Y model : HL-S96-5 3FMF-Y

มัลติฟังก์ชั่นดิจิตอลพาเนลมิเตอร์ Multifunction Digital Panel meter
Multifunction Digital Panel meter

Model : HL-S96-5 3FMF-Y

มัลติฟังก์ชั่นดิจิตอลพาเนลมิเตอร์ 3FMF-Y

รุ่น (Model)	Power	All Parameter	Harmonic	RS-485 Communication	4 Channel input	2 channel electric energy pulse output	2 Power Pulse Output	ราคา (฿)
AC/DC 80-270V	✓	✘	✘	✘	✘	✘

Technical parameters
• Power
• Display mode
• Power Consumption
• Real Time Measurement
• Real Time Measurement
• Signal Input( Voltage)
• Measurement Range
• Overload
• Power Consumption
• Signal Input( Current)
• Measurement Range
• Overload
• Power Consumption
• Accuracy Class

• Communication
• Power Pulse
• Analog Output
• Relay Output
• Telemetry Switch
• Security

• Environment

Index
: AC 220V
: LCD
: <5VA
: Three Phase Voltage,Three Phase Current Power, Frequency, Power Factor
: Power, Frequency, Power Factor
: Three Phase Four Wires/Three Phase Three Wires;45-65Hz
: 380V/100V
: Continued 1.2 Times; Instantaneous 2 Times
: <1VA
: Three Phase Four Wires/Three Phase Three Wires
: AC 5A
: Continued 1.2 Times; Instantaneous 2 Times
: <1VA
: Voltage And Current 0.5S Class
  Frequency +/-0.2Hz
  Active Power 1.0S Class
  Reactive Power 2.0S Class
: RS 485 Communication Interface, Compliant with MODBUS-RTU Protocol
: Passive Optocoupler Output
: 4-20mA or 0-5V Transmission Output Programmable
: 5A/250VAC Programmable Alarm, Remote control
: Passive Dry Node Input
: Insulation: Signal,Power Supply, Output Terminal
  On the Shell Resistance>5MΩ
  Withstand Voltage: Signal Input, Power Supply,
  Output Between The Shell>AC2kV
: Operation: -10 - 55C;
  Storage: -20 - 75 C
  Relative Humidity: <80%RH

All Parameter Measuring Functions

•Phase-Null Voltage(VL-N)
•Phase-Phase Voltage(VL-L)
•Phase Current(A)
•Total Current(∑A)
•Active Power(w)
•Reactive Power(var)
•Apparent Power(VA)
•Power Factor(PF.)
•Active Electric Energy(Wh)
•Reactive Electric Energy(varh)
•Average Current(A)

•Frequency(Hz)
•Total Active Power(∑W)
•Total Reactive Power(∑var)
• Total Apparent Power(∑VA)
• Voltage Unbalance(V)
• Voltage Maximum Demand(V)
• Active Power Maximum Demand(W)
• Reactive Power Maximum Demand(var)
• Time Of Demand(Hr/Mins/Sec)
• Date Of Demand(M/D/Y)
•Residual Current(mA)