ELECTRONIC DEMAND MULTI METER DLC-110/ DLC-110L · 2015-03-06 · ELECTRONIC DEMAND MULTI METER...

ELECTRONIC DEMAND MULTI METER

DLC-110/ DLC-110L

PRODUCT CATALOG

2

DAIICHI ELECTRONICS CO., LTD http://www.daiichi-ele.co.jp Digital Measuring Instrument catalog e-FB98-098a

ELECTRONIC DEMAND MULTI METER DLC-110/ DLC-110L

DLC-110/ 110L110 ××××× 110 ××××× 105mm (600g)

Note:*(1) Anologue output 1 circuit is possibility for specifition, only when Wh output is was chosen.*(2) Please conference detail specifition for DI 3 circuit.

Type ― 2 3 4 5 6 7 8 9 10

OUTLINE* Most suitable for measuring with large load variation from low voltage circuit to high voltage circuit.* Energy saving and energy management can be achieved with watt-hour measurement.* Centralized control in line with system by adding alarm output, analog output or communicationoutput.

FEATURES* Max.demand current, demand current, instantaneous current, voltage, watt-hour, max. demand power,demand power, instantaneous power and power factor of each phase can be measured with 1 unit.* Analog output 3 circuits and pulse output 1 circuit/ alarm output 1 circuit can be extracted.* Communication output and pulse output 1 circuit/ alarm output 1 circuit can be extracted.* Ammeter can measure up to 5 times of rated value in digital display.* Demand power measurement: Either thermal type system or mean operation system within demandperiod.

TYPE AND SPECIFICATION CODE

DLC-110No backlightDLC-110LWith backlight

B R -S -T-ND is p la y

1 1Φ2 W 0 N o n e 0 N o n e 0 N o An a lo g o r C o m m u n ica tio n

0 N o n e 0 N o n e

CR -Y-B -WD is p la y 2 1Φ3 W 1 1 5 0 V, 5 A 1 D is p la y ch a n g e 1

An a lo g o u tp u t 1 c ircu it (1)

1 4 to 2 0 m A

3 3Φ3 W 2 1 5 0 V, 1 A 2 R e s e t 2 An a lo g o u tp u t 2 c ircu it 2 0 to 1 m A

4 3Φ4 W 3 3 0 0 V, 5 A 2 D C 2 0 to 5 6 V 4 D I 3 c ircu its AC 1 0 0 / 1 1 0 V

3 An a lo g o u tp u t 3 c ircu it

3 1 to 5 V

4 3 0 0 V, 1 A 5 D I 3 c ircu its AC 2 0 0 / 2 2 0 V (2)

4 0 to 5 V

5 5 A 6 D I 3 c ircu its D C 1 0 0 / 1 1 0 V (2)

5 0 to 1 0 V

6 1 A 7D I 3 c ircu itsD C 2 4 V (2)

A P ro to co l A

8 D I 3 c ircu its D C 4 8 V (2)

Z E xce p t a b o ve

1 1 5 0 -3 0 0 V, 5 A

2 1 5 0 -3 0 0 V, 1 A

5 5 A

6 1 A

Z E xce p t a b o ve

1 1 5 0 V/ √ 3 ,5 A

2 1 5 0 V/ √ 3 ,1 A

3 3 0 0 V/ √ 3 ,5 A

4 3 0 0 V/ √ 3 ,1 A

5 5 A

6 1 A

Z E xce p t a b o ve Z E xce p t a b o ve Z E xce p t a b o ve Z E xce p t a b o ve Z Fo r a n a lo g o u tp u tE xce p t a b o ve

Z E xce p t a b o ve Z E xce p t a b o ve

1 0 ) Ala rm o u tp u t

1 1 o u tp u t aco n ta c t (re la y)

9 ) P u ls e o u tp u t

1 1 o u tp u t a co n ta c t(p h o to MO S re la y)

H a rd m o d e l Cis a p p lie d toD L C -1 1 0 L

o n ly

1Φ3 W

3Φ4 W

6 ) E xte rn a l Op e ra tio nIn p u t

8 ) An a lo g /C o m m u n ica tio n o u tp u t

1Φ2 W , 3Φ3 W

1 AC 8 5 to 2 5 3 VD C 8 0 to 1 4 3 VFo r B o th U s e

7 ) N o . An a lo go u tp u t2 ) H a rd Mo d e l 3 ) In p u t C ircu it 4 ) In p u t R a n g e 5 ) Au xi lia ry P o w e r

Specification Code

http://www.daiichi-ele.co.jp/en/product/product_tree.html

3

DAIICHI ELECTRONICS CO., LTD http://www.daiichi-ele.co.jp Digital Measuring Instrument Catalog e-FB98-098a


Equipment Specification

Auxiliary Power Specification

Input Specification

Input, auxiliary power part M4 screwOutput, external operation input part M3 screwMain monitor : Character height 10mm 5 digitsSub monitor (L): Character height 6mm 4 digitsSub monitor (R): Character height 6mm 4 digitsBar graph: 30 dots

Display update time Approx. 1 sec. (Bar graph: Approx. 0.25sec.)

Measurement Max.demand current, demand current, instantaneous current, voltage, watt-hour, max.demand power, demand power, instantaneous power, power factor

Operating temperature/humidity range

-10 to +55°C 30 to 85% RH (No condensation)

Storage temperature range -25 to +70°CMaterial ABS (V-0) Exterior color: B lack (Munsell N1.5)

Mass 600gSize Refer to outline drawing (Compatible with wide angle indicator)

Connecting system

LCD

AC85 - 253V 50/60Hz 10VA DC80 - 143V 5W DC20 - 56V 6W AC85 - 253V 50/60Hz 8VA DC80 - 143V 4W DC20 - 56V 5W AC110V 5.0A or less (Approx. 1.6ms) AC220V 10.0A or less (Approx. 1.6ms) DC110V 3.5A or less (Approx. 1.6ms) DC24V 5.0A or less (Approx. 2.9ms) DC48V 9.9A or less (Approx. 2.9ms)

Power consumption(No Backlight)

Rush current(For backlight & No backlight

Both use)

Power consumption(W ith Backlight)

0.25VA or less 0.5VA or less 0.1VA or less

Inputspecification

AC, DC100/110V 0.4VA, 0.4W AC200V/220V 1.4VA DC24V 0.3W DC48V 1.2W AC, DC100/110V 3mA AC200V/220V 6mA DC24V 10mA DC48V 20mA

Input powerconsumption VA

Voltage circuit rated value: 110V (FS:150V) Voltage circuit rated value: 220V (FS:300V) Current c ircuit: 5A, 1A

Externaloperation input(display/ reset)

Indication reshuffling input: Indication reshuffling is possible by adding a voltagesignal, same as a DISPLAY switch.Reset input: The max. and min. can reset of the warning output possible byadding a voltage signal.Rating same as the auxiliar power, impress smallest pulse width 300mscontinuation.

Powerconsumption

Contactcapacity


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Output Specification

Demand Time Period Characteristic

Rated Value

4-20m A: 550Ωor less , 0-1m A: 10kΩ or less1-5V: 600Ω or m ore, 0-5V: 600Ω or m ore0-10V: 2kΩ or m oreSpecify identical value for each circuit.Non-insulation (m inus com m on) between analog outputs .

Response Tim e 1 sec.or lessTim e to be within ±1 % of final cons tant value

Output Ripple Less 1% p-p agains t output span

Output Sys tem Photo MOS-FET relay 1a contactContact Capacity AC,DC125V 70m A (Res is tance load, Inductive load)

250m s ±10%When the output pulse cycle at the rated electric power becom es the speed of 2 pulses or m ore per second by settingvoltage m easurem ent range, current m easurem ent range, and output pulse unite, the output pulse width becom es100 - 130m s .* Output pulse cycle = Rated electric power [kW]/ output pulse unit [kWh/ pulse]/ 3600 [sec.]Refer to Page 10 for output pulse unit setting

Output ON Res is tance 10Ω or less

Output Sys tem Non voltage 1a contact

Contact Capacity AC250V 8A, DC125V 0.3A (Res is tance load)AC250V 2A, DC125V 0.1A (Inductive load)

Com m unication Sys tem RS-485 Half-duplex 2-wire sys tem Asynchronous com m unicationTransm iss ion Speed 1200/ 2400/ 4800/ 9600 bpsTransm iss ion Code NRZ

Start Bit 1 bitData Bit 7/ 8 bits

Parity None/ even No./ odd No.Stop Bit 1/ 2 bits

Cable Length 1000m (Fully extended)Address 1 to 254

No. of Connectable Units Connectable up to 31 units . Use repeater after 32nd unit (Connectable up to 254 units )Transmission Character ASCII code

* Communication output

* Analog output: 3 circuits

* Pulse output: Output element: Watt-hour

Pulse Width

* Alarm output

0

20

40

60

80

100

0 10 20 30

Time（min）

Demand

value

（％）

Time delay 10 minutes

95

Operation MethodDemand current measurement: Operation system accordingwith bimetallic type.Demand power measurement: Operation system according withbimetallic type (initial setting value) or averaging operation indemand time delay. One is selected by setting.100% indication time is about 3 times the time delay at the caseof the operation system according with bimetallic type. Damandmeasurement has gone to 5 times of the rated current, and the2 times of the rated power.

Averaging operation in demand time delay. ( Averaging time in demand time delay.)

Operation system according with bimetallic type. (Indication time to 95% of a final constant value.)


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Display Output

CurrentMax.demand, demand, instantaneousAC5.00A to 8.00kA (60 range)Extended measurement up to 5 times of rated value is possible.

±1.0% ±0.5%R-S-T phase change *(4)Extended measurement display allowance: ±8% againstindicating value

Voltage AC150V to 15.00kV (13 range) ±1.0% ±0.5% RS-ST-TR line change *(4)

PowerMax. demand, demand, instantaneous400W to 160MW ±1.0% ±0.5% Analog output range can be set independently of display.

Power factorLEAD0.5 to 1 to LAG0.5 or LEAD0 to 1 to LAG0Range selection ±2.0% ±2.0%

When input is below 20% of voltage range or below 2% of currentrange cosФ = 1 (output: equivalent to cosФ = 1)

Watt-hour

Display: 5 digit integer,Multiplication factor: 10n, (n: integer)Fractions can be partially displayed in decimal form to amaximum of three decimal places.Power integrating (power receiving only)

Ordinary watt-hour meter performance conformity, refer tocommon specification (p.11) for setting range of output pulse unit(kWh/ pulse), integrating value power failure guarantee

Main monitor

Sub-monitor (L)

Sub-monitor (R)

Bar graph

Function

Setting accuracy

Setting range

No. of output circuit

Three phase 3 wire

Three phase 4 wire

Single phase

Single phase 3 wire

Note

Approved standard JIS C 1102-1, -2, -3, -5, -7 (1997), JIS C 1111 (1989), JIS C 1216 (1995), EIA standard RS-485 (1983)

Digitaldisplay

Power factor 1 : ±2.0%Power factor 0.5 : ±2.5%

ItemMeasuring

element Measuring range/ Display specificationAllowance *(3)

Bar graph display Bar graph display of main monitoring element (watt-hour excluded). Sub-monitor elements can be displayed by setting.

Bar graph display accuracy ±5% (% against span)

Temperature influence 23°C ±10°C within allowance

Display update time Approx. 1 sec. (Bar graph: Approx. 0.25 sec.)

Current: Max.demand/ demand/ instantanepus, voltage , *Power: Max.demand/ demand/ instantaneous/ power factor

Displaysetting

potentialelement

Current (max.demand/ demand/ instantaneous), voltage, power (max.demand/ demand/ instantaneous), power factor, watt-hour

Current (max.demand/ demand /instantaneous), voltage, power (max.demand/ demand/ instantaneous)

Current (max.demand/ demand/ instantaneous), voltage, power factor

Current (max.demand/ demand/ instantaneous), voltage, power (max.demand/ demand/ instantaneous), power factor

Demand current(or demand power)

period setting (95% period)

0sec./ 5sec./ 10sec./ 20sec./ 30sec./ 40sec./ 50sec./ 1min./ 2min./ 3min./ 4min./ 5min./ 6min./ 7min./ 8min./ 9min./ 10 min./ 15min./ 20min./ 25min./ 30min.In case of thermal operation: Period to be 95 % of final constant value. In case of mean operation type: mean value at period passing (mean period withindemand period).

Power failure guarantee Setting value/ max. demand value (current, power), integrating value

Current: Max.demand/ demand/ instantanepus (R-T-N), voltage: RN-TN-RT,*Power: Max.demand/ demand/ instantaneous/ power factor

Alarmoutputcontact

Display or output is possible with either demand current or demand power (In case of demand current: OR each phase detection).Demand measured value ≧ upper limit setting value: Alarm display (automatic reset)

±1.0% (% against full scale)

5 to 100% against max. scale value (1% step) 　 with function exclusion, setting index display

Analogoutput

1 to 3 circuit specify

Output potentialelement

Current: Max.demand/ demand/ instantanepus (R-S-T), Voltage: RS-ST-TR, *Power: Max.demand/ demand/ instantaneous/ power factor

Current: Max.demand/ demand/ instantanepus (R-S-T-N), Voltage: RN-SN-TN, RS-ST-TR,*Power: Max.demand/ demand/ instantaneous/ power factor

Note:*(3) Due to the measurement system of the meter, the accuracy will decrease if the meter directly measures theoutput of cycle control inverters, phase angle control SCR inverters and PWM control inverters.*(4) Three phase 4 wire: Voltage display: RN-SN-TN-RS-ST-TR, Current display: R-S-T-N,Bar graph full scale = Full scale value of line voltage, Voltage balance type Single phase 3 wire: Voltage display: RN-TN-RT, Current display R-T-N, Full scale value of bar graph: 300V

PERFORMANCE


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Measuring Range* Voltage Measuring Range

* Single phase 3 wire: only 150V, 150.0V.

* Current Measuring Range

150V (110V) 4500V (3300V/ 110V)150.0V (110V) 4.50kV (3300V/ 110V)300V (220V, 220V/ 110V) 9000V (6600V/ 110V)300.0V (220V, 220V/ 110V) 9.00kV (6600V/ 110V)600V (440V/ 110V) 15.00kV (11kV/ 110V)1500V (1100V/ 110V)3000V (2200V/ 110V)3.00kV (2200V/ 110V)

5.00A 25.00A 120A 750A 3000A6.00A 25.0A 150.0A 800A 3.00kA7.50A 30.00A 150A 1000A 4000A8.00A 30.0A 200.0A 1.00kA 4.00kA10.00A 40.0A 200A 1200A 5000A10.0A 50.0A 250.0A 1.20kA 5.00kA12.00A 60.0A 250A 1500A 6000A12.0A 75.0A 300.0A 1.50kA 6.00kA15.00A 80.0A 300A 2000A 7500A15.0A 100.0A 400A 2.00kA 7.50kA20.00A 100A 500A 2500A 8000A20.0A 120.0A 600A 2.50kA 8.00kA


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Outline Drawing (unit: mm)

Connection Diagram

Voltage/ Current Input *(10)

Note:*(5) Analog output 1, analog output 2, analog output 3, pulse output, alarm output, communication output, externaloperation input become of each options.*(6) External operation input can be changed to external reset or external display change by setting.*(7) In case of single phase 3 wire: S phase No.7 becomes N phase.*(8) Terminating resistance can be connected internally by short circuit between No.14 and No.16.*(9) Shield relay terminal for communication cable.*(10) In case of low voltage circuit, secondary side earth ground of VT, CT is not necessary. Also when direct use in 110Vor 220V, VT is not necessary.


8



Connection Diagram

Current Input *(14)

Note:*(11) Analog output 1, analog output 2, analog output 3, alarm output, external operation input becomes of each option.*(12) External operation input can be changed to external reset or external display change by setting.*(13) In case of single phase 3 wire, S phase becomes N phase.*(14) In case of low voltage circuit, secondary side earth ground of CT is not necessary.

Communication Output/ DI3 Circuits *(19)

Note:*(15) Communication output, DI 1,2,3 becomes of each option.*(16) In case of single phase 3 wire: S phase No.7 becomes N phase.*(17) Terminating resistance can be connected internally by short circuit between No.14 and No.16.*(18) Shield relay terminal for communication cable.*(19) In case of low voltage circuit, secondary side earth ground of VT, CT is not necessary. Also when usedin 110V or 220V direct input, VT is not necessary.


9



Bar Graph DisplayIndicates the main monitor measurement value(except watt-hour). Measurement value of thesub-monitor is possible by setting. Bar graph willdisplayed at below the set digital display. Max.value will save when demand measurement isoparate.

Show Bar Graph DisplayUnder Bar

Multiplying Factor DisplayDisplayed it at time of watt-hourdisplay.

Digital Display3 elements can be measured and monitored concurrently.

Sub monitor (L) Main monitor Sub monitor (R)

Light of upper limit is ON whenupper limit alarm detection.

Scale NumberSet automatically by measuringrange setting.

Maximum Demand Value

Upper Limit Setting IndexThis displays is display upper limitsetting value of demand current ordemand power. When voltage is inbar graph, flicker set value is dis-played.

Unit DisplaySet automatically by measurementrange setting.

NAME AND THE FUNCTION OF EACH PART

DISPLAYThis switch is used for change the current, voltagephases (lines). If not operated for 10 min. displaypattern will be return back to original preset displaypattern. This function can be replaced by + switchfor setting. After 1 action, setting mode will returnback to dispaly mode.

SETThis switch is used for select the setting mode.Display mode will be change to setting mode whencontinuously press ON more than 3 sec. Thisswitch is used to decision a setting value in thesetting mode.When watt-hour display, integrated value can beextend to 3 digit after decimal point by pressingonce. Dispaly will return back to original patternwhen press it again.In case of multiplying factor is x 0.01, multiplyingfactor display is x 0.1 (For an integer, watt-hourdisplay is 4 digits, an extended display is 4 digitsof decimal point.)

-This switch is used for confirm upper limit alarm setting value, demandmeasurement period and voltage flicker value. If no operated for 10 sec.the operated mode will return back to display mode. This switch is used tocarry down a set value in setting mode.

+This switch is used for change the main monitor measuring element.Maximum demand (R) Demand (R) Instantaneous (R) Maximum demand (S) Demand (S) Instantaneous (S) Maximum demand (T) Demand (T) Instantaneous (T) Voltage (RS) Voltage (ST) Voltage (TR) Maximum demandelectric power Demand electric power Instantaneous electricpower Power factor Watt-hour measurement change bythis order. This function can be replaced by DISPLAY switch for settingand also can use for carry up a setting value. If no operated for 10 min.display mode will return back to display pattern after setting display.

RESET/SHIFTMax. demand value can reset when put ON more than 1sec. continuously.This is also used to shift an item in the setting mode.


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Refer to page 13, 14 for display combination (pattern).

241P W h puls e output unit set tin g

R ESET/SHIFT and +

R ESET/SHIFT and +

R ESET/SHIFT and +

R ESET/SHIFT and -

R ESET/SHIFT and -

R ESET/SHIFT and -

211 - 213 Meas urement range set t ing

DISPLAY 221 - 222A

W m easurem ent/ output range set ting

DISPLAY

231A - 234P Output element s ett ing

Dis play m ode

D ISPLAY

D ISPLAY

SET and D ISPLAY 3s

261 D isplay d ead band set ting

R ESET/SHIFT and +

R ESET/SHIFT and +

R ESET/SHIFT and -

R ESET/SHIFT and -

DISPLAY

251 Ex ternal operat ion input s ett ing D ISPLAY

281 Phas e voltage full-s c ale s ett ing

R ESET/SHIFT and +

R ESET/SHIFT and +

RESET /SH IF T and -

R ESET/SHIFT and -

DISPLAY

271 - 275 M eas ure ment d is play ON/ O FF s et t ing DISPLAY

R ESET/SHIFT and + R ESET/SHIFT and -

R ESET/SH IF T and + R ESET/SH IF T and -

291 Return to init ia l s et v alue DISPLAY

Specify for product type, specification and units require.Example of specification. Refer to page 1 for specification code.

* Change from initial setting can be accepted with compensation. Specify the items to change. Refer to page15 and 16 for initialization value. * Have a consultation for specification which is not hing specification code.

Refer to attached manual for setting method details.

141 DISPLAY switch function change setting

RESET/SHIFT and +

RESET/SHIFT and +

RESET/SHIFT and +

RESET/SHIFT and -

RESET/SHIFT and –

RESET/SHIFT and -

111-115 Display combination setting

DISPLAY 121-126 Demand setting

DISPLAY

131H, 132L Voltage flicker value setting

Display mode

SET 3s

DISPLAY

DISPLAY

RESET/SHIFT and + RESET/SHIFT and -

ITEM TO SPECIFY ON PURCHASE

DLC-110 L ― B 3 3 1 1 3 1 1 1

↑ ↑ ↑ ↑ ↑ ↑ ↑ ↑ ↑ ↑

No B ack lightW ith B ac k light

B lankL

HardM odel

InputCircuit

InputRange

A ux iliaryP ower

E x ternalO peration

Input

No. ofA nologOutput

A nalog /Com m unication

Output

P ulseO utput

A larmO utput

Type Specification Code

SETTING


11



(*1) Applied to DLC-110/ 110L only. Even though multiplying factor is 0.01, multiplying factor display is 0.1 (integer digit: 4 digits display Expansion display: 4 digits after decimal point.)

Electronic m ultim eter

Electronicharm onicsmeter relay

Electronicdem and multi

m eter

Electronicmax./ m in.m ulti m eter

Electronicoverload/ leakagedetection meter

relay

Electronic threephase current

m eter

Electronicthree phase

voltage m eter

ElectronicDC receiving

m eter

ElectronicDC input m eter

Nobacklight

QLC-110 HLC-110 DLC-110 MLC-110 LLC-110 ALC-110 VLC-110 XLC-110 TLC-110

Withbacklight

QLC-110L HLC-110L DLC-110L MLC-110L LLC-110L ALC-110L VLC-110L XLC-110L TLC-110L

JIS C 1102-1, -2, -3, -4, -5, -7

JIS C 1111JIS C 1216JIS C 1263

Perform anceconform ed

EIA standardRS-485

JIS C 1102-1, -2, -7

JIS C 1111Perform anceconformed

JIS C 1102-1, -2, -3, -5, -7

JIS C 1111JIS C 1216


EIA standardRS-485

JIS C 1102-1, -2, -7

JIS C 1111Performanceconform ed

EIA standardRS-485

JIS C 1102-1, -2, -7

JIS C 1111JIS C 8325JIS C 8374JIS C 1216


JIS C 1102-1, -2, -7

JIS C 1111Perform anceconform ed

JIS C 1102-1, -2, -7

JIS C 1111Performanceconform ed

JIS C 1102-1, -2, -7, -9JIS C 1111

JIS C 1010-1Perform anceconform ed

EIA s tandardRS-485

JIS C 1102-1, -2, -7, -8, -9

JIS C 1111JIS C 1010-1Perform anceconform ed

EIA s tandardRS-485

Outputelement

Watt-hour or var-hour - Watt-hour - Watt-hour - - - -

Multiplyingfactor

0.1 0.01 0.001 0.0001 0.01 *(1)

1 0.1 0.01 0.001 0.1

10 1 0.1 0.01 1

100 10 1 0.1 10

1,000 100 10 1 100

10,000 1,000 100 10 1,000

100,000 10,000 1,000 100 10,000100,000 or m ore

Below 10

Below 1000

Below 100,000

Below 1,000,000

1 or m ore

10 or m ore

100 or m ore

1,000 or m ore

10,000 or more

Below 10,000

Below 100

Single phase 3 wire : Full load power (kW, kvar) = 2 × rated voltage (V) × rated current (A) × 10-3

Single phase : Full load power (kW, kvar) = Rated voltage (V) × rated current (A) × 10-3

Output pulse unit kWh (kvarh) / pulseFull load power (kW, kvar)

Below1

*Output sys tem : Photo MOS - FET relay 1 a contact. Contact capacity: AC, DC125V 70m A (res is tance load, inductive load) Output ON res is tance: 10Ω or less .*Pulse width: 250m s±10% (There is a case of 100-130m s by range setting.) When the output pulse cycle at the rated electric power becom es the speed of 2 pulses or m ore per second by setting voltage m easurement range,current m easurem ent range, and output pulse unit, the output pulse width becomes 100 - 130m s.*Output pulse cycle = Rated electric power [kW] / output pulse unit [kWh / pulse] / 3600 [sec.] For exam ple: when voltage measurem ent range: 9000V (6600V / 110V), current range: 80.0A (80A / 5A), output pulse unit: 0.1 kWh / pulse rated electric power = 1kW × (6600 / 110V) × (80 / 5A) = 960 [kW] output pulse cycle = 960 [kW] / 0.1 [kWh / pulse] / 3600 [sec.] = 2.667 pulse / sec. pulse width becom es 100 - 130m s.*Output pulse unit can be set in following range. Output pulse unit is not changed by changing m easuring range.

Three phase 3 wire / Three phase 4 wire: Full load power (kW, kvar) = √3 × rated voltage (V) × rated current (A) × 10-3

Item

Type

Approved standard

Pulseoutput Outout

pulseconstant

LC-110 SERIES COMMON SPECIFICATIONApproved Standard/ Pulse Output/ Intensity


Discontinued Model (since December 31,2011).

12



Vibration/shock

Vibration: 1/ 2 peak-peak: 0.15m m 10 to 55Hz 1 octave/ m in. 5 tim es sweep

Shock: 490m /s² 3 tim es for each direction.

Com m unication output (Inductive) 1.0kV or more(3) Radio noise: When radion wave (150, 400, 900MHz) is applied (5W, 1m ) interm ittently: Measured error is within 10%(4) Electrostatic noise: At the passage of electric current 8kV Measured error : within 10% At no passage of electric current 10kV: No dam age (condenser charge system )Note: There are som e cases that som e item can not be applied for particular m odel. Refer to type and specification code.

(1) Oscillatory surge voltage

Noisecapacity

1 to 1.5MHz peak voltage: When attenuated oscillatory waveform (2.5 to 3kV) is applied repeatedly: Measured error: within 10% (power circuit, AC voltage circuit, AC current circuit, XLC, TLC: DC voltage/ current circuit) No com m unication error/ com munication halt(2) Square-wave im pulse noise Noise (1µS, 100ns width) is repeatedly applied for 5 m in. : Measured error is within 10% AC voltage/ AC current circuit (norm al/ comm on) 1.5 kV or m ore Power circuit (norm al/ com m on) 1.5 kV or m ore Pulse output (com mon) 1.0 kV or m ore Alarm output (com m on) 1.0 kV or m ore Operation input (com m on) 1.0 kV or m ore Analog output (Inductive) 1.0 kV or m ore

Overloadcapacity

(1) Voltage circuit: 2 tim es of rated voltage (10sec.) 1.2 tim es (continuity)

(2) Current circuit: 40 tim es of rated current (1 sec.), 20 tim es (4 sec.), 10 tim es ( 16 sec.), 1.2 tim es (continuity)

(3) Auxiliary power: 1.5 tim es of rated voltage (10 sec.), 1.2 tim es (continuity), 1.5 tim es of rated voltage at DC100/ 110 (10 sec.), 1.3 tim es (continuity)

(4) DC input circuit (4 to 20m A): 10 tim es of rated current (5 sec.), 1.2 tim es (continuity)

(7) Between pulse output and alarm output DC500V 50MΩ or m ore (DLC,LLC)

(8) Between alarm output 1 and alarm output 2 DC500V 50MΩ or m ore (HLC,LLC)

(1) Between electrical sys tem and case (ground) DC500V 50MΩ or m ore

(2) Between input, output and auxiliary power DC500V 50MΩ or m ore

(3) Between analog output and pulse output DC500V 50MΩ or m ore (QLC, DLC, LLC)

(4) Between analog output and alarm output DC500V 50MΩ or m ore (HLC, DLC, MLC, LLC)

Insulationres is tance

(2) Between input, ouutput and auxiliary power AC2000V 50/ 60 Hz 1 m in.

(3) Between analog output and pulse output AC1500V 50/ 60 Hz 1 m in. (QLC, DLC, LLC)

(4) Between analog output and alarm output AC1500V 50/ 60 Hz 1 m in. (HLC, DLC, MLC, LLC)

(9) Between DC input (4 to 20m A), AC input and auxiliary power DC500V 50MΩ or m ore (QLC with DC input)

(10) Between DC inputs DC500V 50MΩ or m ore (XLC,TLC)

(11) Non-insulation by m inus com m on between analog outputs . (QLC, DLC, HLC, XLC, TLC, MLC)

(1) Between electrical sys tem and case (ground) AC2000V 50/ 60 Hz 1 m in.

(5) Between com m unication output and pulse output DC500V 50MΩ or m ore (QLC, DLC)

(6) Between com m unication output and alarm output DC500V 50MΩ or m ore (DLC,MLC)

(6) Between com m unication output and alarm output AC1500V 50/ 60 Hz 1 m in. (DLC, MLC)

(7) Between pulse output and alarm output AC1500V 50/ 60 Hz 1 m in. (DLC, LLC)

(8) Between alarm output 1 and alarm output 2 AC1500V 50/ 60 Hz 1 m in. (HLC, LLC)

(5) Between com m unication output and pulse output AC1500V 50/ 60 Hz 1 m in. (QLC, DLC)

Strength

Lightningim pulse

withs tandvoltage

(1) Between electrical sys tem (analog output/ com munication output excluded) and ground 6kV 1.2/ 50µs pos itive/ negative polarity 3 tim es for each (QLC, DLC)(2) Between electrical sys tem (DC input 4 to 20m A excluded) and ground 5kV 1.2/ 50µs pos itive/ negative polarity 3 tim es for each(3) Between analog output or com m unication output and ground 5kV 1.2/ 50µs pos itive/ negative polarity 3 tim es for each (QLC,DLC)(4) Between auxiliary power and ground. 7kV 1.2/ 50µs pos itive/ negative polarity 3 tim es for each (LLC)

(9) Between DC input (4 to 20m A), AC input and auxiliary power AC2000V 50/ 60 Hz 1 m in. (QLC with DC input)(10) Between DC inputs AC2000V 50/ 60 Hz 1 m in. (XLC, TLC)

(11) Non-insulation by m inus com m on between analog outputs . (QLC, DLC, HLC, XLC, TLC, MLC)

Withs tandvoltage

LC-110 SERIES COMMON SPECIFICATION Approved Standard/ Pulse Output/ Intensity


13



1) Three Phase 3 Wire/ Three Phase 4 Wire (Voltage/ Current Input)

No. P attern No. M ain M onitor S ub M onitor (L) S ub M onitor (R) B ar Graph Note

1 Pattern 1 Dem and A (S ) M ax .dem and A (S ) V (RS) M ax .dem and + dem and A (S ) S tandard

2 Pattern 2 M ax .dem and A (S ) A (S ) V (RS) M ax .dem and + dem and A (S )

3 Pattern 3 W h M ax .dem and A (S ) A (S ) M ax .dem and + dem and A (S )

4 Pattern 4 W h M ax .dem and A (S ) V (RS) M ax .dem and + dem and A (S )

5 Pattern 5 Dem and W M ax .dem and W V(RS) M ax .dem and + dem and W

6 Pattern 6 M ax .dem and W W V(RS) M ax .dem and + dem and W

7 Pattern 7 W h M ax .dem and W V(RS) M ax .dem and + dem and W

8 Pattern 8 M ax .dem and A (S ) V(RS) cosØ M ax .dem and + dem and A (S )

9 P attern 9 Dem and W V(RS ) cosØ M ax .dem and + dem and W

A Pattern A A(S ) W V(RS) A (S )

B Pattern B W V(RS) A (S ) W

C P attern C W h V(RS ) A (S ) A (S )

D P attern D c osØ W A (S ) W

E Pattern E W h W cosØ W

S pec ification

2) Three Phase 3 Wire/ Three Phase 4 Wire (Current Input)

No. Pattern No. Main Monitor Sub Monitor (L) Sub Monitor (R) Bar Graph Note

1 Pattern 1 Demand A(S) Max.demand A(S) A(S) Max.demand + demand A(S) Standard

2 Pattern 2 Max.demand A(S) Demand A(S) A(S) Max.demand + demand A(S) Spec ification

3) Single Phase 3 Wire (Voltage/ Current Input)


1 Pattern 1 Demand A(R) Max.demand A(R) V(RN) Max.demand + demand A(R) Standard

2 Pattern 2 Max.demand A(R) A(R) V(RN) Max.demand + demand A(R)

3 Pattern 3 W h Max.demand A(R) A(R) Max.demand + demand A(R)

4 Pattern 4 W h Max.demand A(R) V(RN) Max.demand + demand A(R)

5 Pattern 5 Demand W Max.demand W V(RN) Max.demand + demand W

6 Pattern 6 Max.demand W W V(RN) Max.demand + demand W

7 Pattern 7 W h Max.demand W V(RN) Max.demand + demand W

8 Pattern 8 Max.demand A(R) V(RN) cosØ Max.demand + demand A(R)

9 Pattern 9 Demand W V(RN) cosØ Max.demand + demand W

A Pattern A A(R) W V(RN) A(R)

B Pattern B W V(RN) A(R) W

C Pattern C W h V(RN) A(R) A(R)

D Pattern D cosØ W A(R) W

E Pattern E W h W cosØ W

Specification

DISPLAY COMBINATION (Pattern)


14



4) Single Phase 3 Wire (Current Input)

5) Single Phase (Voltage/ Current Input)


1 Pattern 1 Demand A Max.demand A V Max.demand + demand A Standard

2 Pattern 2 Max.demand A A V Max.demand + demand A

3 Pattern 3 Wh Max.demand A A Max.demand + demand A

4 Pattern 4 Wh Max.demand A V Max.demand + demand A

5 Pattern 5 Demand W Max.demand W V Max.demand + demand W

6 Pattern 6 Max.demand W W V Max.demand + demand W

7 Pattern 7 Wh Max.demand W V Max.demand + demand W

8 Pattern 8 Max.demand A V cosØ Max.demand + demand A

9 Pattern 9 Demand W V cosØ Max.demand + demand W

A Pattern A A W V A

B Pattern B W V A W

C Pattern C Wh V A A

D Pattern D cosØ W A W

E Pattern E Wh W cosØ W

Specification

6) Single Phase (Current Input)

No. Pattern No. Main Monitor Sub-Monitor (L) Sub-Monitor (R) Bar Graph Note

1 Pattern 1 Demand A Max demand A A Max.demand + demand A Standard

2 Pattern 2 Max.demand A Demand A A Max.demand + demand A Specification

Combination beyond above-mentioned pattern can be set by front switch.


1 Pattern 1 Demand A(R) Max. demand A(R) A(R) Max.demand + demand A(R) Standard

2 Pattern 2 Max.demand A(R) Demand A(R) A(R) Max.demand + demand A(R) Specification

DISPLAY COMBINATION (Pattern)


15



INITIALIZATION VALUE 1) Voltage/ current input

* In case of communication output specification, setting items No.10 to 19 is as below.

110V Input 220V Input 110/ √3V Input 220/ √3V Input 110V Input 220V Input

Pattern Pattern １Main Monitor Dem and A(R)

Sub Monitor (L) Max. dem and A(R)

Sub Monitor (R) V(RN)

Bar Graph Max. dem and + Dem and A(R)

Alarm Factor Dem and Current

High Alarm 400ACurrent DemandResponse Tim e 5 sec.

Operation Sys tem ofDem and Meter

Operation sys tem according withbim etallic type.

Operation Sys tem ofPower Factor Meter

Ins tant m easurem ent

Upper Lim it 7260V (/121V) 242V 440V (/110V) 220V 110.0V 3630V (/121V) 242V

Lower Lim it 5940V (/99V） 198V 360V (/90V) 180V 90.0V 2970V (/99V) 198V

4 Phase (line) change

5 500A (500A/ 5A)

69000V(6600V/ 110V)

300V(220V direct)

600V(440V/ 110V)

300V(220V direct) 150.0V (100-200V)

4500V(3300V/ 110V)

300V(220V direct)

7 LEAD0.500 ～ 1.000 ～ LAG0.500

9 1200kW (/1kW) 40.0kW (/2kW) 1200kW (/1kW) 600kW (/2kW) 100.0kW (/1kW) 150.0kW (/500W) 10.00kW (/1kW)

10 100.0%(1200kW/ 1kW)

100.0%(40.0kW/ 2kW)

100.0%(1200kW/ 1kW)

100.0%(600kW/ 2kW)

100.0% (100.0kW/ 1kW) 100.0%(150.0kW/ 500W)

100.0%(10.00kW/ 1kW)

11 Analog output: Dem and A(R)

12 Analog output: V(RN)

13 Analog output: Max. dem and A(R)

14 ON

15 10kWh/ pulse 0.1kWh/ pulse 10kWh/ pulse 1kWh/ pulse 1kWh/ pulse 1kWh/ pulse 0.1kWh/ pulse

16 Specify

17 Nothing (0.0%)

18 A, V, W, cosФ, Wh: ON

19 300V

Setting Item3 Phase 3 Wire 3 Phase 4 Wire

80.0A

Pattern １Dem and A(S) Dem and A(S)

Max. dem and + Demand A(S) Max. demand + Dem and A(S)

Max. dem and A(S) Max. demand A(S)

V(RS)

1200A

1 Com binationof display

Pattern １

V(RS)

Single Phase 3 WireSingle Phase

Phase Voltage Full-scale Setting - -

Wh Output Pulse Unit

External Operation input Specify Specify

Display Dead Band

Pattern １Dem and A

Max. dem and A

V

Dem and Current Dem and Current

2 Dem andSetting



Ins tant m easurem ent Ins tant m easurement

5 sec. 5 sec.

5 sec. 5 sec.

8

Power Dem andResponse Tim e

100.0A (100A/ 5A)

Phase (line) change

1500A (1500A/ 5A)

1/2 peak - peak

3VoltageFlicker

Analog output: Dem and A(S)

LEAD0.500 ～ 1.000 ～ LAG0.500

DISPLAY Switch Function Phase (line) change

Current Measurem ent Range

Output 2 Factor Analog output: V(RS) Analog output: V(RS)

Voltage Measurem ent Range

Power Factor Measurem ent Range LEAD0.500 ～ 1.000 ～ LAG0.500

1/2 peak - peak

Power Measurem ent Range

Power Analog Output Range

Output 1 Factor

Power Measurem ent.Fragm ent - Both Swing

Measurem ent Display ON/ OFF A, V, W, cosФ, Wh: ON A, V, W, cosФ, Wh: ON

Analog output: Max. dem and A(S)

Wh Pulse Output ON/ OFF ON ON

Nothing (0.0%)

Output 3 Factor Analog output: Max. dem and A(S)

1/2 peak - peak

Measurem ent change

Nothing (0.0%)

Analog output: Demand A(S)

ON

Specify

50.0A (50A/ 5A)

LEAD0.500 ～ 1.000 ～ LAG0.500

Max. dem and + Dem and A

Dem and Current

40.0A

5 sec.

－

1/2 peak - peak

Analog output: Dem and A

Analog output: V

Analog output: Max. dem and A

Nothing (0.0%)

A, V, W, cosФ, Wh: ON

5 sec. 5 sec.


Ins tant measurem ent

110V Input 220V Input 110/ √3V Input 220/ √3V Input 110V Input 220V Input

10 Addres s 1

11 Trans m is s ion Speed 9600bps

12 D ata Bits 7 b its

13 Parity Even N o. (E)

14 Stop Bit 1

15 C hecks um Add ition R ange ETX included

16 Wh Puls e Output ON / OFF ON

17 Wh Putpu t Pu ls e U nit 10kWh/ pu ls e 0.1kWh/ pu ls e 10kWh/ pu ls e 1kWh/ pu ls e 1kWh/ pu ls e 1kWh/ pu ls e 0.1kWh/ pu ls e

18 Externa l Opera tion Input Specify

19 D is play D ead Band N oth ing (0 .0% )

20 Meas urem ent D is p lay ON / OFF A, V, W, cosФ , Wh: ON

21 Phas e Vo ltage Fu ll-s ca le Setting 300V- - －

A, V, W, cosФ , Wh: ON A, V, W, cosФ , Wh: ON A, V, W, cosФ , Wh: ON

Specify

N oth ing (0 .0% ) N oth ing (0 .0% ) N oth ing (0 .0% )

Specify Specify

ON ON ON

ETX included ETX included ETX included

1 1 1

Even N o. (E) Even N o. (E) Even N o. (E)

7 b its 7 b its 7 b its

9600bps 9600bps 9600bps

Sing le Phas e 3 WireSing le Phas e

1 1 1

No.3 Phas e 3 Wire 3 Phas e 4 Wire

Setting Item


16



2) Current input

* In case of communication output specification: Setting items No.5 to 10 is as follows.

3 p h a s e 3 w ire 3 p h a s e 4 w ire S in g le p h a s e 3 w ire S in g le p h a s e

5 1 1 1 16 9 6 0 0 b p s 9 6 0 0 b p s 9 6 0 0 b p s 9 6 0 0 b p s

7 7 b its 7 b its 7 b its 7 b its

8 E ve n N o . (E ) E ve n N o . (E ) Eve n N o . (E ) Eve n N o . (E )

9 1 1 1 11 0 E TX in clu d e d E TX in clu d e d ETX in clu d e d ETX in clu d e d

1 1 S p e cify S p e cify Sp e cify Sp e cify

1 2 N o th in g (0 .0 % ) N o th in g (0 .0 % ) N o th in g (0 .0 % ) N o th in g (0 .0 % )

1 3 A: ON A: ON A: ON A: ON

S e ttin g ite m

Ad d re s sTra n s m is s io n s p e e d

D a ta b its

D is p la y d e a d b a n dMe a s u re m e n t d is p la y ON / OFF

Pa rity

S to p b itC h e cks u m a d d itio n ra n g e

Exte rn a l o p e ra tio n in p u t

No. 3 Phas e 3 Wire 3 Phas e 4 Wire Single Phas e 3 Wire Single Phas e

Pattern Pattern 1 Pattern 1 Pattern 1 Pattern

Main Monitor Dem and A(S) Dem and A(S) Dem and A(R) Dem and A

Sub Monitor (L) Max. Dem and A(S) Max. Dem and A(S) Max. Dem and A(R) Max. Dem and A

Sub Monitor (R ) A(S) A(S) A(R) A

Bar Graph Max. Dem and + Dem and A(S) Max. Dem and + Dem and A(S) Max. Dem and + Dem and A(R) Max. Dem and + Dem and A

Alarm Factor Dem and Current Dem and Current Dem and Current Dem and Current

H igh Alarm 80.0A 1200A 400A 40.0A

Current Dem andRes pons e Tim e 5 Sec. 5 Sec. 5 Sec. 5 Sec.

3 Phas e (line) Change Phas e (line) Change Phas e (line) Change Meas urem ent Change

4 100.0A (100A/ 5A) 1500A (1500A/ 5A) 500A (500A/ 5A) 50.0A (50A/ 5A)

5 Analog output: Dem and A(S) Analog output: Dem and A(S) Analog output: Dem and A(R) Analog output: Dem and A

6 Analog output: A(S) Analog output: A(S) Analog output: A(R) Analog output: A

7 Analog output:Max. Dem and A(S)

Analog output:Max. Dem and A(S)

Analog output:Max. Dem and A(R)

Analog output:Max. Dem and A

8 Specify Specify Specify Specify

9 Nothing (0.0%) Nothing (0.0%) Nothing (0.0%) Nothing (0.0%)

10 A: ON A: ON A: ON A: ON

Output 3 Factor

External Operation Input

D is play Dead Band

Meas urem ent D is play ON/ OFF

DISPLAY Sw itch Funtion

Current Meas urem ent range

Output 1 Factor

Output 2 Factor

Setting Item

1 Com binationof d is play

2Dem andSetting

INITIALIZATION VALUE


ELECTRONIC DEMAND MULTI METER DLC-110/ DLC-110L · 2015-03-06 · ELECTRONIC DEMAND MULTI METER...

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Transcript of ELECTRONIC DEMAND MULTI METER DLC-110/ DLC-110L · 2015-03-06 · ELECTRONIC DEMAND MULTI METER...