Master Mt-dp96hmf Digital Multifunction Meter User Manual

MT-DP96HMF Digital Multifunction Meter
User Manual

MT-DP96HMF Digital Multifunction Meter

Thanks for choosing our product – MT-DP96HMF, Please read this manual carefully and pay attention to below caution matters.
CAUTION
This product should be installed and maintained by professional person
Before operating this product inside or outside, please cut off the input signal and power supply;
Please make sure all parts of the product don’t have voltage by suitable voltage detection device
The power supply should be within the rated range
The below situation will result in device damage and abnormal working
Auxiliary power source voltage over range
Distribute system frequency over range
Current, voltage input polarity incorrect
Disconnect the communication plug under charged situation
No according requirement to connect terminal
Please don’t touch the terminals when the meter is in operation!

Function introduce

Technical parameter

Installation and correction

Display & Buttons

a. Four lines digital display measure information: Three phase voltage, three phase current, active power, reactive power, power factor, frequency, switch input, output, other switch input, two way active power, two way reactive power, analog input, demand
b. K is light mean practice value is display value is 1.000 times. M is light mean practice value is display value is 1.000.000 times
c. Measure item unit or characteristic: three phase voltage V, three phase current A, active power W, reactive power VAR…
d. Buttons use in change or programme set:

	is change page button or value increase or decrease button
	is enter programme status
	is select confirm button

If there is no relative symbol display or the set data not working, It means the product without the relative function

Board	Content	Explain
DISP=1 -Three phase voltage -Forward active energy Kwh		Separate display voltage Ua, Ub, Uc (in the 3P4W) In left fig. Ua=5774V Ub=5774V Uc=5774V Forward active energy = 2908.05KWh
DISP=2 -Three phase voltage -Reverse active energy Kwh		Separate display voltage Uab, Ubc, Uca (in the 3P4W) In left fig. Uab=10KV Ubc=10KV Uac=10KV Reverse active energy =1000.02 Kwh
DISP=3 -Three phase current -Forward reactive energy Kvarh		Separate display current la, lb, lc (in the 3P4W) In left fig. la=5A Ib=5A Ic=5A Reverse reactive energy = 50 Kvarh
DISP=4 -Total active power -Total reactive power -Total apparent power		Total active power = 86.6KW Total reactive power = 0000Kvar Total apparent power =86.6KVA Reverse reactive energy =100.08Kvarh
DISP=5 – Active power phase A -Reactive power phase A -Apparent power phase A		Active power of phase A = 28.87KW Reactive power of phase A = 0000Kvar Apparent power of phase A =28.87KVA Forward active energy =2908.05KWh
DISP=6 – Active power phase B -Reactive power phase B -Apparent power phase B		Active power of phase B = 28.87KW Reactive power of phase B = 0000Kvar Apparent power of phase B =28.87KVA Reverse active energy =1000.02KWh
DISP=7 – Active power phase C -Reactive power phase C -Apparent power phase C		Active power of phase C = 28.87KW Reactive power of phase C = 0000Kvar Apparent power of phaseCB =28.87KVA Forward reactive energy =50.00KVARh
DISP=8 – Average current -Zero sequence current		Average current = 5A Zero sequence current = 0.06A Reverse reactive energy =50.00KVARh
DISP=9 – Three phase total power factor -Frequency -Voltage unbalance		Three phase total power factor =1.000 Frequency = 50Hz Voltage unbalances = 9V Forward active energy =2908.05KWh
DISP=10 Split phase power factor		Power factor of phase A =0.999 (inductive load) Power factor of phase B =0.999 (inductive load) Power factor of phase C =0.999 (inductive load) Reverse active energy =1000.02KWh
DISP=11 Total voltage harmonic		In the left fig: a.b.c phase total voltage harmonic =10%
DISP=12 2nd voltage harmonic		In the left fig: 2nd voltage harmonic of a.b.c phase =10%
DISP= 41 31st voltage harmonic		In the left fig: 31st voltage harmonic of a, b. c phase =10%
DISP=42 Total current harmonic		In the left fig: a.b.c phase total current harmonic =10%
DISP =43 2nd current harmonic		In the left fig: 2nd current harmonic of a, b, c phase =10%
DISP= 72 31st current harmonic		In the left fig: 31st current harmonic of a, b,c phase =10%
DISP=73 Residue current		In left fig. display Residual current value: 10.09mA
DISP=74 Digital input information from 1 to 12 way channel		First line: 1-4 way channel Second line: 5-8 way channel Third line: 9-12 way channel In left fig.: No.5 way, No.6 way, No.8 way Chanel are ON,other way Chanel is OFF
DISP=75 Digital output information from 1 to 4 way channel		In left fig.: No.1 way, No.3 way, No.4 way Chanel are ON, No.2 way Chanel is OFF

Programme operation

In programme status, digital interface adopt layers structure menu type, meter supply three lines number display (se fig. 5)
No.1 line is first layer menu information;
No.2 line is second layer menu information;
No.3 line is third layer menu information;
Exp: The fig.5 shown: No.1 layer: INPT = Signal input; No.2 layer: CT = current transformer; No.3 layer: current value is 5, It means ratio of CT is 25/5A.
The digital display interface menu has the following organizational structure, the user can choose the appropriate setting parameters according tho the actual situation.

Note: The above menu is applied to the product with complete functions. If you find there is no such menu in the product or the menu is not working, It means the product not supporting the function.

(Analog capacity output: other three ways is similar)

Version 1.0