YOKOGAWA UPM101 User Manual Download Page 12

2.  Display Ranges for Measured Values

2.1  Active Energy

Type  Secondary-side Rated Power × VT Ratio × CT Ratio  Integration Display Range 

Remarks 

(1)  Less than 1 MW 

0        to  999999         kWh  Six digits, without decimal point 

(2)  1 MW or greater, but less than 10 MW 

0.00  to       9999.99    MWh Six digits, with decimal point 

(3)  10 MW or greater 

0.0    to     99999.9      MWh 

1

Six digits, with decimal point 

1:   When “Integral resolution Wh” is specified, the type (3) is applied for the integration display range.  The unit is kWh. Optional 

Electric Energy: 0 to 999999 Wh 

2.2  Regenerative Energy

Type  Secondary-side Rated Power × VT Ratio × CT Ratio  Integration Display Range 

Remarks 

(1)  Less than 1 MW 

0        to - 999999        kWh  Six digits, without decimal point 

(2)  1 MW or greater, but less than 10 MW 

0.00  to  -     9999.99   MWh Six digits, with decimal point 

(3)  10 MW or greater 

0.0    to  -   99999.9     MWh 

2

Six digits, with decimal point 

2: When “Integral resolution Wh” is specified, the type (3) is applied for the integration display range.  The unit is kWh. 

2.3  Reactive Energy

Type  Secondary-side Rated Power × VT Ratio × CT Ratio Integration Display Range 

Remarks 

(1)  Less than ±1 Mvar 

±0       to  ±99999      kvarh  Five digits, without decimal point 

(2)  ±1 Mvar or greater, but less than ±10 Mvar 

±0.00  to  ±    999.99 Mvarh  Five digits, with decimal point 

(3)  ±10 Mvar or greater 

±0.0    to  ±  9999.9   Mvarh 

3

Five digits, with decimal point 

3: When “Integral resolution Wh” is specified, the type (3) is applied for the integration display range.  The unit is kvarh. 

2.4  Apparent Energy

Type  Secondary-side Rated Power × VT Ratio × CT Ratio Integration Display Range 

Remarks 

(1)  Less than 1 MVA 

0       to   999999       kVAh 

Six digits, without decimal point 

(2)  1 MVA or greater, but less than 10 MVA 

0.00  to       9999.99  MVAh  Six digits, with decimal point 

(3)  10 MVA or greater 

0.0    to     99999.9    MVAh 

4

Six digits, with decimal point 

4: When “Integral resolution Wh” is specified, the type (3) is applied for the integration display range.  The unit is kVAh. 

2.5  Instantaneous Active Power

Secondary-side Rated Power × 1.2 × VT Ratio × CT Ratio 

Measuring Range 

Remarks 

6W or greater, but less than 100W

0.00   to      99.99    W 

100W or greater, but less than 1kW 

0.0     to    999.9      W 

1kW or greater, but less than 10kW 

0        to  9999         W 

10kW or greater, but less than 100kW 

0.00   to      99.99    kW 

100kW or greater, but less than 1MW 

0.0     to    999.9      kW 

1MW or greater, but less than 10MW 

0        to  9999         kW 

10MW or greater, but less than 100MW 

0.00   to      99.99    MW 

100MW or greater, but less than 1GW 

0.0     to    999.9      MW 

1GW or greater 

0        to  9999         MW 

2.6  Instantaneous Reactive Power

Secondary-side Rated Power × 1.2 × VT Ratio × CT Ratio 

Measuring Range 

Remarks 

6var or greater, but less than 100var 

0.00   to      99.99    var 

100var or greater, but less than 1kvar 

0.0     to    999.9      var 

1kvar or greater, but less than 10kvar 

0        to  9999         var 

10kvar or greater, but less than 100kvar 

0.00   to      99.99    kvar 

100kvar or greater, but less than 1Mvar 

0.0     to    999.9      kvar 

1Mvar or greater, but less than 10Mvar 

0        to  9999         kvar 

10Mvar or greater, but less than 100Mvar 

0.00   to      99.99    Mvar 

100Mvar or greater, but less than 1Gvar 

0.0     to    999.9      Mvar 

1Gvar or greater 

0        to  9999         Mvar 

2.7  Instantaneous Apparent Power

Secondary-side Rated Power × 1.2 × VT Ratio × CT Ratio 

Measuring Range 

Remarks 

6VA or greater, but less than 100VA 

0.00   to      99.99    VA 

100VA or greater, but less than 1kVA 

0.0     to    999.9      VA

1kVA or greater, but less than 10kVA 

0        to  9999         VA

10kVA or greater, but less than 100kVA 

0.00   to      99.99    kVA 

100kVA or greater, but less than 1MVA 

0.0     to    999.9      kVA 

1MVA or greater, but less than 10MVA 

0        to  9999         kVA

10MVA or greater, but less than 100MVA 

0.00   to      99.99    MVA 

100MVA or greater, but less than 1GVA 

0.0     to    999.9      MVA 

1GVA or greater 

0        to  9999         MVA 

2.8  Instantaneous Voltage

Secondary-side Rated Voltage × 1.2 × VT Ratio × CT Ratio 

Measuring Range 

Remarks 

100V or greater, but less than 1kV 

0.0     to    999.9      V 

1kV or greater, but less than 10kV 

0        to  9999         V 

10kV or greater, but less than 100kV 

0.00   to      99.99    kV 

100kV or greater, but less than 1MV 

0.0     to    999.9      kV 

1MV or greater 

0        to  9999         kV 

2.9  Instantaneous Current

Secondary-side Rated Current × 1.2 × VT Ratio × CT Ratio 

Measuring Range 

Remarks 

0.06A or greater, but less than 10A 

0.000 to        9.999  A 

10A or greater, but less than 100A 

0.00   to      99.99    A 

100A or greater, but less than 1kA 

0.0     to    999.9      A 

1kA or greater, but less than 10kA 

0        to  9999         A 

10kA or greater, but less than 100kA 

0.00   to      99.99    kA 

100kA or greater 

0.0     to    999.9      kA 

2.10 Instantaneous Power Factor

LEAD: -, LAG: +

Measuring Range: -0.500 to 1.00 to +0.500

Minimum Resolution: 0.001

2.11 Frequency

Measuring Range: 45.0 to 65.0Hz

Minimum Resolution: 0.1Hz

3.  Setting Ranges for Parameters

Parameter Symbol Parameter Name

Setting Range 

VT ratio 

(VT) 

1 to 6000 

<Variable numeric parameter> 

CT ratio 

(CT) 

0.05 to 32000 

<Variable numeric parameter 

(decimal point can be moved)> 

(with 5 significant digits; can be set to 

the second place of a decimal point.)

RS-485 

communication 

protocol 

(COMM) 

PC link (without SUM) 

 (PCLK1) 

PC link (with SUM)

 (PCLK2) 

MODBUS (ASCII) 

 (M  ASC) 

MODBUS (RTU) 

 (M  RTU) 

UPM01 protocol 

<Selective parameter>

RS-485 station 

number 

(ST-NO) 

1 to 99 (1 to 31 recommended) 

<Variable numeric parameter> 

RS-485 

communication 

baud rate 

(B-RT) 

2400, 9600, 19200 (bps) 

<Selective parameter> 

Parity 

(PRI) 

None: 

 (NONE) 

Even: 

 (EVEN) 

Odd: 

 (ODD) 

<Selective parameter> 

Stop bit 

(STP) 

1 or 2 bits 

<Selective parameter> 

Data length 

(DLN) 

7 or 8 bits 

<Selective parameter> 

Integral low-cut 

power 

(LOCUT) 

0.05 to 20.00 (%) 

(percent of rated power) 

<Variable numeric parameter> 

Pulse unit-1 of 

electric energy

(1.PLS) 

Increments of 10 Wh/pulse in range 

from 10 to 500000 (Wh/pulse) * 

(display: 000.01 to 500.00 

kWh/pulse) 

<Variable numeric parameter> 

 *:1 to 50000 Wh/pulse for Integral resolution Wh 

ON pulse 

width-1 of 

electric energy

(1.PLSON) 

Increments of 10 ms in range from 10 

to 1270 ms 

<Variable numeric parameter> 

Electric energy

pulse 

LAG/LEAD/ 

REGENE 

(PLS.SEL) 

Select either reactive energy LAG, 

LEAD or regenerative energy 

<Selective parameter> 

 *: When reactive power 

     option is specified. 

Pulse unit-2 of 

electric energy 

(2.PLS) 

Increments of 10 Wh/pulse or 

varh/pulse in range from 10 to 

500000 (Wh/pulse or varh/pulse) * 

(display: 000.01 to 500.00 

kvarh/pulse)  

<Variable numeric parameter> 

 *: 1 to 50000 Wh/pulse or 1 to 50000 varh/pulse 

     for Integral resolution Wh 

*: When reactive power 

    option is specified.  

ON pulse 

width-2 of 

electric energy

(2.PLSON) 

Increments of 10 ms in range from 10 

to 1270 ms 

<Variable numeric parameter> 

Standby mode 

(DISP) 

ON or OFF 

<Selective parameter> 

Standby mode 

timer 

(OFTIM) 

1 to 60 minutes 

<Variable numeric parameter> 

Initial Setting 

1.00

PCLK2 

9600 (bps) 

NONE 

0.05 (%) 

1.00 kWh/pulse 

50 (ms) 

REGENE

 (regenerative 

energy) or LAG* 

1.00 kWh/pulse or 

1.00 kvarh/pulse *  

50 (ms) 

ON 

10 (min)

IM 77C01J01-00EN

12

Summary of Contents for UPM101

Page 1: ...ribes how the operator should exercise special care to avoid electric shock or other dangers that may result in injury or loss of life This label denotes that a protective ground terminal is necessary...

Page 2: ...d crimp on terminals for use in connecting to the input and power supply terminals B d 2 d 2 B Round Type Open end Type Round Type Specification Size d 2 Size B Recommended Tightening Torque Applicabl...

Page 3: ...1L 2S 2L 3S 3L Dedicated CT RS 485 Signal ground Power supply Pulse output 1 of electric energy Pulse output 2 of electric energy Load Established instruments Established CT Established CT Fuse Dedica...

Page 4: ...rgy 2 of rdg with rated input Active energy 2 of rdg with rated input integration not performed on minus side Reactive energy 2 of rdg with rated input for UPM101 with optional measuring function Rege...

Page 5: ...about 5 seconds and then the display is changed to the measured value display To change measured value display To change to the parameter setting display Each time you press the SET ENT key on the mea...

Page 6: ...hat the product of the ratio does not exceed 9999 MW by calculated by secondary side rated power VT ratio CT ratio For the UPM101 set the CT ratio of the established CT where the dedicated CT is to be...

Page 7: ...d display the next parameter Next press the Move key to make the first digit flash Hold the SET ENT key down for about 3 seconds to return to the measured value display 6 2 Settings Related to Integra...

Page 8: ...splay the parameter set value Press the Up key or Down key to display ON or OFF After setting the parameter press the SET ENT key once All digits flash confirmation display Press the SET ENT key on th...

Page 9: ...Integral resolution kWh Down key Move key Up key SET ENT key Measured value display Communication light Power light COS light RST light Integrated pulse light Unit light IMPORTANT Pressing this switch...

Page 10: ...rgy 3 1 Resetting Voltage Maximum Minimum Values and Current Maximum Value The following procedure simultaneously resets voltage maximum value voltage minimum value and current maximum value Measured...

Page 11: ...Energy Apparent Energy Optional Electric Energy Instantaneous Active Regenerative Power Instantaneous Reactive Power Instantaneous Apparent Power Instantaneous Voltage Instantaneous Current Instantan...

Page 12: ...A 100VA or greater but less than 1kVA 0 0 to 999 9 VA 1kVA or greater but less than 10kVA 0 to 9999 VA 10kVA or greater but less than 100kVA 0 00 to 99 99 kVA 100kVA or greater but less than 1MVA 0 0...

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