Delta DPM-C530A User Manual Download Page 29

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Alarm - Over Apparent Power Demand

Alarm Enable

0: Disable

1: Enable

byte

R / W

pickup setpoint (apparent power

demand exceeds this value

(kVA), alarm generated)

0.000~99999.999

Float

kVA

R / W

pickup time delay (triggering

delayed)

0~99

byte

R / W

dropout setpoint (apparent power

lower than this value (kVA), alarm

cleared)

0.000~99999.999

Float

kVA

R / W

dropout time delay (restoration

delayed)

0~99

byte

R / W

Alarm - Over Frequency

Alarm Enable

0: Disable

1: Enable

byte

R / W

pickup setpoint (frequency

exceeding this value (Hz), alarm

generated)

0.000~99999.999

Float

R / W

pickup time delay (triggering

delayed)

0~99

byte

R / W

dropout setpoint (frequency

lower than this value (Hz), alarm

cleared)

0.000~99999.999

Float

R / W

dropout time delay (restoration

delayed)

0~99

byte

R / W

Alarm - Under Frequency

Alarm Enable

0: Disable

1: Enable

byte

R / W

pickup setpoint (frequency

lower than this value (Hz), alarm

generated)

0.000~99999.999

Float

R / W

pickup time delay (triggering

delayed)

0~99

byte

R / W

pickup setpoint (frequency

exceeding this value (Hz), alarm

generated)

0.000~99999.999

Float

R / W

dropout time delay (restoration

delayed)

0~99

byte

R / W

Alarm - Over Voltage THD

Alarm Enable

0: Disable

1: Enable

byte

R / W

pickup setpoint (voltage THD

exceeding this value, alarm

generated)

0.000~99999.999

Float

R / W

pickup time delay (triggering

delayed)

0~99

byte

R / W

dropout setpoint (voltage THD

lower than this value (kW), alarm

cleared)

0.000~99999.999

Float

R / W

dropout time delay (restoration

delayed)

0~99

byte

R / W

Alarm - Over Current THD

Alarm Enable

0: Disable

1: Enable

byte

R / W

Summary of Contents for DPM-C530A

Page 1: ...www deltaww com Multi functional Power Meter DPM C530A User Manual...

Page 2: ...Basic Checks 9 5 Wiring Diagrams 10 5 1 Wiring on the Back 10 5 2 Descriptions of Wiring 11 6 Panel Display and Settings 13 6 1 Panel Display 13 6 2 General Operations 15 6 3 Setup Operations 16 7 Par...

Page 3: ...s on the diagram for wiring the device Grounding must be performed correctly and properly according to provisions from related regulations on electric work currently effective in the country Do not di...

Page 4: ...dentation on the panel might result which causes the meter to not function normally Maintenance and Check Do not get to inside of the meter Otherwise electric shock might result Do not take the meter...

Page 5: ...thin the range of 20 C to 70 C 4 F to 158 F Relative humidity for the storage location must be within the range of 5 to 95 with no condensation Avoid storing at an environment present with corrosive g...

Page 6: ...3 2 Product Name Tag 3 3 Exterior and Dimensions Descriptions of Parts A Title B Area of display C Pulse light D Fault light E Menu key F Up key G Down key H Enter key Descriptions MODEL XXXXXXXXX REV...

Page 7: ...N 35V L L 690V L L V2 V3 Vn CONTROL POWER L1 80 265 VAC 100 300 VDC 400mA MAX L2 MEASURED CURRENT I1 1A 5A I1 I2 I2 I3 I3 RS 485 D 7 12 VDC D PULSE MENU UP DOWN ENTER FAULT 198 160 DOTS LCD DISPLAY I3...

Page 8: ...tion Otherwise imperfect cooling would result Maximal thickness for the panel installed should not exceed 5 mm Illustration of Installation Step 1 Open the square hole on the metal plate and then inst...

Page 9: ...8 Dimensions of Panel Hole...

Page 10: ...power Insulate the connecting spot of the wiring terminals Communications wiring should be done properly or abnormal operations might result Check for presence of conducive and ammable objects such as...

Page 11: ...0 7 N m Measured Voltage AWG 10 26 7 14 kgf cm 0 7 N m Measured Current AWG 14 22 8 0 kgf cm 0 79 N m RS 485 AWG 14 28 2 04 kgf cm 0 2 N m RTwisted pair cables must be used in cabling for RS485 commu...

Page 12: ...higher than the rated specification refer to Electrical Specification for the device use of an external current transformer should be considered Supported Methods of Wiring A N I1 I1 I2 I2 I3 I3 V1 V...

Page 13: ...wire Y connection 3 CT No PT I1 I1 I2 I2 I3 I3 V1 V2 V3 Vn A N B C I1 I1 I2 I2 I3 I3 V1 V2 V3 Vn A N B C Diagram 5 7 Three phase four wire Y connection 3 CT 3 PT Diagram 5 8 Three phase four wire Y co...

Page 14: ...Menu key F Up key G Down key H Enter key 6 1 3 Descriptions of the Keys Name of Key General Mode Configuration Mode Menu key Enter into Menu or return to previous page Return without saving current s...

Page 15: ...monics 6 Harmonics 6 Harmonics 7 Demanics 8 Maximum 9 Minimum 10 Alarm 11 Advanced 2 Meter information Current Unbalanced current 3 Communication parameter Power factor Displacement PF Frequency 4 CT...

Page 16: ...mand Parameter of demand measured by the meter including demand for previous current forecast and peak current active power and reactive power Maximum Maximum parameter measured by the meter including...

Page 17: ...ete If there is a need to cancel the setup in the middle press the Menu key to return without saving the numbers that were just set 8 After completing or cancelling the setup press the Menu key again...

Page 18: ...tup menu 6 3 3 Settings for Potential and Current Transformers Primary side current transformer CT1 Ampere for the primary side current transformer with a selectable range of 1 9999 A factory default...

Page 19: ...three wire three phase four wire factory default Phase For the phase A wire connected to phase C reversing to phase C wire connected to phase A does not require re wiring Conversion is done by directl...

Page 20: ...e meter is exceeded and the time delay set is overdue an alarm will be generated The factory default is 0 Lower When the threshold set on the meter falls short the alarm will be cancelled The factory...

Page 21: ...r them are the same as those from 4 16 18 After completing or cancelling the setup press the Menu key twice to return to the setup menu 6 3 6 Settings for Demands Method There is only one mode to calc...

Page 22: ...ars 2 Select 0 Setup and press Enter key to enter into the setup menu 3 Select 8 Reset and press the Enter key to enter into options 4 Select the setup item needed and press the Enter key to enter int...

Page 23: ...firmware year 00 99 month 1 12 byte year month 2 R B day 1 31 byte day 1 R C Positive and opposite phase sequence 0 ABC 1 CBA byte 1 R W D Method of wiring for electric system 0 3 4W 1 3 3W 2 1 2W 3 1...

Page 24: ...ent 1F Alarm Enable 0 Disable 1 Enable byte 1 R W 20 Pickup setpoint currents exceeding this value A alarm generated 0 000 99999 999 Float A 4 R W 21 22 Pickup time delay triggering delayed 0 99 byte...

Page 25: ...ltage 3B Alarm Enable 0 Disable 1 Enable byte 1 R W 3C pickup setpoint voltage lower than this value V alarm generated 0 000 99999 999 Float V 4 R W 3D 3E pickup time delay triggering delayed 0 99 byt...

Page 26: ...exceeding this value A alarm generated 0 000 99999 999 Float 4 R W 59 5A pickup time delay triggering delayed 0 99 byte s 2 R W 5B dropout setpoint current unbalance lower than this value A alarm cle...

Page 27: ...time delay triggering delayed 0 99 byte s 2 R W 77 dropout setpoint active power factor exceeding this value alarm cleared 0 000 99999 999 Float 4 R W 78 79 dropout time delay restoration delayed 0 9...

Page 28: ...ue A alarm cleared 0 000 99999 999 Float A 4 R W 94 95 dropout time delay restoration delayed 0 99 byte s 2 R W Alarm Over Active Power Demand 96 Alarm Enable 0 Disable 1 Enable byte 1 R W 97 pickup s...

Page 29: ...999 Float Hz 4 R W B0 B1 dropout time delay restoration delayed 0 99 byte s 2 R W Alarm Under Frequency B2 Alarm Enable 0 Disable 1 Enable byte 1 R W B3 pickup setpoint frequency lower than this valu...

Page 30: ...byte s 2 R W Alarm Over DUI CE Alarm Enable 0 Disable 1 Enable byte 1 R W CF pickup setpoint DUI exceeding this value alarm generated 0 000 99999 999 Float kW 4 R W D0 D1 pickup time delay triggering...

Page 31: ...99 Float V 4 R 10D 10E Average value of line voltage 0 000 99999 999 Float V 4 R 10F 110 Unbalanced voltage on phase A 0 00 99 99 Float 4 R 111 112 Unbalanced voltage on phase B 0 00 99 99 Float 4 R 1...

Page 32: ...actor on phase A 0 00000 1 00000 positive lag negative lead Float 4 R 135 136 Active power factor on phase B 0 00000 1 00000 positive lag negative lead Float 4 R 137 138 Active power factor on phase C...

Page 33: ...Float kVA 4 R 157 158 Instantaneous apparent power on phase B 0 000 99999 999 Float kVA 4 R 159 15A Instantaneous apparent power on phase C 0 000 99999 999 Float kVA 4 R 15B 15C Positive active electr...

Page 34: ...mplement int VAh 4 R 173 174 Total harmonic distortion for current on phase A 0 000 999 999 Float 4 R 175 176 Total harmonic distortion for current on phase B 0 000 999 999 Float 4 R 177 178 Total har...

Page 35: ...alue of 3 phase active power in positive direction 0 000 99999 999 Float kW 4 R 19D 19E Peak demand for positive active power on three phases 0 000 99999 999 Float kW 4 R 19F 1A0 Date of peak demand f...

Page 36: ...byte hour minute 2 R 1BB second 00 60 byte second 1 R 1BC DUI 0 000 99999 999 Float kW m2 4 R 1BD 1BE EUI 0 000 4294967295 000 Float kWh m2 4 R 1BF 1C0 Positive active electric energy on three phases...

Page 37: ...inute 00 60 byte hour minute 2 R 217 second 00 60 byte second 1 R 218 Maximum value of voltage on phase B 0 000 99999 999 Float V 4 R 219 21A Date for maximum value of voltage on phase B year 00 99 mo...

Page 38: ...ear month 2 R 239 day 1 31 byte day 1 R 23A Time for maximum value of natural current hour 00 24 minute 00 60 byte hour minute 2 R 23B second 00 60 byte second 1 R 23C Maximum value of frequency 0 000...

Page 39: ...oltage on line AB year 00 99 month 1 12 byte year month 2 R 25D day 1 31 byte day 1 R 25E Time for maximum value of total harmonic distortion for voltage on line AB hour 00 24 minute 00 60 byte hour m...

Page 40: ...24 minute 00 60 byte hour minute 2 R 27D second 00 60 byte second 1 R 27E Maximum value of total harmonic distortion for line voltage 0 00 99 99 Float 4 R 27F 280 Date for maximum value of total harm...

Page 41: ...rmonic distortion on current year 00 99 month 1 12 byte year month 2 R 29F day 1 31 byte day 1 R 2A0 Time for maximum value of total harmonic distortion on current hour 00 24 minute 00 60 byte hour mi...

Page 42: ...voltage unbalance on phase C 0 00 99 99 Float 4 R 2C1 2C2 Date for maximum value of voltage unbalance on phase C year 00 99 month 1 12 byte year month 2 R 2C3 day 1 31 byte day 1 R 2C4 Time for maxim...

Page 43: ...day 1 R 2E2 Time for maximum value of current unbalance on phase C hour 00 24 minute 00 60 byte hour minute 2 R 2E3 second 00 60 byte second 1 R 2E4 Maximum value of phase current unbalance 0 00 99 99...

Page 44: ...on phase B 0 000 99999 999 Float V 4 R 319 31A Date for minimum value of voltage on phase B year 00 99 month 1 12 byte year month 2 R 31B day 1 31 byte day 1 R 31C Time for minimum value of voltage on...

Page 45: ...ute 00 60 byte hour minute 2 R 33B second 00 60 byte second 1 R 33C Minimum value of frequency 0 000 99999 999 Float Hz 4 R 33D 33E Date for minimum value of frequency year 00 99 month 1 12 byte year...

Page 46: ...n for voltage on line AB hour 00 24 minute 00 60 byte hour minute 2 R 35F second 00 60 byte second 1 R 360 Minimum value of total harmonic distortion for voltage on line BC 0 000 999 999 Float 4 R 361...

Page 47: ...ne voltage 0 000 999 999 Float 4 R 37F 380 Date for minimum value of total harmonic distortion for line voltage year 00 99 month 1 12 byte year month 2 R 381 day 1 31 byte day 1 R 382 Time for minimum...

Page 48: ...imum value of total harmonic distortion on current hour 00 24 minute 00 60 byte hour minute 2 R 3A1 second 00 60 byte second 1 R 3A2 Minimum value of voltage unbalance on line AB 0 00 99 99 Float 4 R...

Page 49: ...12 byte year month 2 R 3C3 day 1 31 byte day 1 R 3C4 Time for minimum value of voltage unbalance on phase C hour 00 24 minute 00 60 byte hour minute 2 R 3C5 second 00 60 byte second 1 R 3C6 Minimum v...

Page 50: ...ond 1 R 3DE Minimum value of current unbalance on phase C 0 00 99 99 Float 4 R 3DF 3E0 Date for minimum value of current unbalance on phase C year 00 99 month 1 12 byte year month 2 R 3E1 day 1 31 byt...

Page 51: ...times 2 R 406 alarm 07 00 FF high byte category 00 FF high byte number of times 2 R 407 alarm 08 00 FF high byte category 00 FF high byte number of times 2 R 408 alarm 09 00 FF high byte category 00...

Page 52: ...byte number of times 2 R 41E alarm 31 00 FF high byte category 00 FF high byte number of times 2 R 41F alarm 32 00 FF high byte category 00 FF high byte number of times 2 R 420 alarm 33 00 FF high byt...

Page 53: ...y 1 R 442 alarm 07 time hour 00 24 minute 00 60 byte hour minute 2 R 443 second 00 60 byte second 1 R 444 alarm 08 date year 00 99 month 1 12 byte year month 2 R 445 day 1 31 byte day 1 R 446 alarm 08...

Page 54: ...y 1 R 462 alarm 15 time hour 00 24 minute 00 60 byte hour minute 2 R 463 second 00 60 byte second 1 R 464 alarm 16 date year 00 99 month 1 12 byte year month 2 R 465 day 1 31 byte day 1 R 466 alarm 16...

Page 55: ...y 1 R 482 alarm 23 time hour 00 24 minute 00 60 byte hour minute 2 R 483 second 00 60 byte second 1 R 484 alarm 24 date year 00 99 month 1 12 byte year month 2 R 485 day 1 31 byte day 1 R 486 alarm 24...

Page 56: ...y 1 R 4A2 alarm 31 time hour 00 24 minute 00 60 byte hour minute 2 R 4A3 second 00 60 byte second 1 R 4A4 alarm 32 date year 00 99 month 1 12 byte year month 2 R 4A5 day 1 31 byte day 1 R 4A6 alarm 32...

Page 57: ...inute 00 60 byte hour minute 2 R 4C3 second 00 60 byte second 1 R 4C4 alarm 40 date year 00 99 month 1 12 byte year month 2 R 4C5 day 1 31 byte day 1 R 4C6 alarm 40 time hour 00 24 minute 00 60 byte h...

Page 58: ...nsfer 70 2 R Every level of harmonics 0700 07FF 0700 Phase A voltage with 1 harmonic component 0 000 999 999 Float 4 R 0 000 999 999 Float 4 R 0701 Phase A voltage with 11 harmonic component 0 000 999...

Page 59: ...onic component 0 000 999 999 Float 4 R 0 000 999 999 Float 4 R 070D Phase B current with 11 harmonic component 0 000 999 999 Float 4 R 0 000 999 999 Float 4 R 070E Phase B current with 21 harmonic com...

Page 60: ...66 R 0801 data log min 1 hour 0 day1 66 R 0802 data log min 2 hour 0 day1 66 R 66 R 083B data log min 59 hour 0 day1 66 R 083C data log min 0 hour 1 day1 66 R 083D data log min 1 hour 1 day1 66 R 083E...

Page 61: ...23 day2 66 R 1305 data log min 1 hour 23 day2 66 R 1306 data log min 2 hour 23 day2 66 R 66 R 133F data log min 59 hour 23 day2 66 R 66 66 AB20 data log min 0 hour 0 day30 66 R AB21 data log min 1 hou...

Page 62: ...data log min 59 hour 1 day31 66 R B138 data log min 0 hour 2 day31 66 R B139 data log min 1 hour 2 day31 66 R B13A data log min 2 hour 2 day31 66 R 66 R B173 data log min 59 hour 2 day31 66 R 66 R B6...

Page 63: ...A2 data log min 10 hour 0 day30 66 R 66 R 28AB data log min 55 hour 0 day30 66 R 28AC data log min 0 hour 1 day30 66 R 28AD data log min 5 hour 1 day30 66 R 28AE data log min 10 hour 1 day30 66 R 66 R...

Page 64: ...hour 23 day31 66 R 2AD5 data log min 5 hour 23 day31 66 R 2AD6 data log min 10 hour 23 day31 66 R 66 R 2ADF data log min 55 hour 23 day31 66 R 66 R 4A60 data log min 0 hour 0 day60 66 R 4A61 data log...

Page 65: ...5 hour 1 day61 66 R 4B98 data log min 0 hour 2 day61 66 R 4B99 data log min 5 hour 2 day61 66 R 4B9A data log min 10 hour 2 day61 66 R 66 R 4BA3 data log min 55 hour 2 day61 66 R 66 R 4C94 data log mi...

Page 66: ...ay1 66 R 66 R 0805 data log min 50 hour 0 day1 66 R 0806 data log min 0 hour 1 day1 66 R 0807 data log min 10 hour 1 day1 66 R 0808 data log min 20 hour 1 day1 66 R 66 R 080B data log min 50 hour 1 da...

Page 67: ...0 hour 23 day30 66 R 66 R 18DF data log min 50 hour 23 day30 66 R 18E0 data log min 0 hour 0 day31 66 R 18E1 data log min 10 hour 0 day31 66 R 18E2 data log min 20 hour 0 day31 66 R 66 R 18E5 data log...

Page 68: ...0 hour 2 day60 66 R 66 R 2941 data log min 50 hour 2 day60 66 R 66 R 29BA data log min 0 hour 23 day60 66 R 29BB data log min 10 hour 23 day60 66 R 29BC data log min 20 hour 23 day60 66 R 66 R 29BF da...

Page 69: ...58 data log min 20 hour 1 day62 66 R 66 R 2A5B data log min 50 hour 1 day62 66 R 2A5C data log min 0 hour 2 day62 66 R 2A5D data log min 10 hour 2 day62 66 R 2A5E data log min 20 hour 2 day62 66 R 66...

Page 70: ...R 0DA3 data log min 30 hour 1 day31 66 R 0DA4 data log min 0 hour 2 day31 66 R 0DA5 data log min 30 hour 2 day31 66 R 66 R 0DCE data log min 0 hour 23 day31 66 R 0DCF data log min 30 hour 23 day31 66...

Page 71: ...60 min 0800 data log min 0 hour 0 day1 66 R 0801 data log min 0 hour 1 day1 66 R 0802 data log min 0 hour 2 day1 66 R 66 R 0817 data log min 0 hour 23 day1 66 R 66 R 0AB8 data log min 0 hour 0 day30...

Page 72: ...500 00 FF high byte category 00 FF high byte number of times byte 2 R B8F4 alarm 01 date year 00 99 month 1 12 byte year month 2 R B8F5 day 1 31 byte day 1 R B8F6 alarm 01 time hour 00 24 minute 00 6...

Page 73: ...rent Natural current is higher than alert value 4 Over line voltage Average line voltage is higher than alert value 5 Low line voltage Average line voltage is lower than alert value 6 Over phase volta...

Page 74: ...lower than alert value 23 Over voltage in total harmonic distortion Total harmonic distortion for voltage is higher than alert value 24 Over current in total harmonic distortion Total harmonic distor...

Page 75: ...active apparent power Demand calculation Block Max min Value Max min value and time tag Phase voltage line voltage current frequency total 3 phase active power total 3 phase reactive power total 3 pha...

Page 76: ...power demand 0 5 Apparent power demand 0 5 Total harmonics in current 1 Total harmonics in voltage 1 Harmonics 1 Frequency Accuracy 0 5 Input Wiring Method One phase two wire 1CT One phase three wire...

Page 77: ...r body Environment Operating Temperature 20 70 Storage Temperature 30 80 Relative Humidity 95 RH Altitude Below 2000 meters 9 2 Communication Speci cations Communication Speci cations Max distance of...

Page 78: ...Master request The packet format of IEEE754 is used for the address of oating point numbers that corresponds to the register values found in table 7 1 using 2 s complement packet format The format are...

Page 79: ...or the value of currents from the primary current transformer register address 0x000E on the power meter Modbus Slave Slave address 0x1 The register value is 1000 The packet format for Request sent ou...

Page 80: ...ollector uses a user defined communication protocol to read the data log the address is 0x0800 The packet format of Request sent by Modbus Master is as follows Similar as Modbus RTU but the Number of...

Page 81: ...igh byte Low byte High word High byte Low byte 9 Average current A 4 Low word High byte Low byte High word High byte Low byte 10 Neutral Current A 4 Low word High byte Low byte High word High byte Low...

Page 82: ...gh word High byte Low byte 17 Opposite active energy Wh 4 Low word High byte Low byte High word High byte Low byte 18 Positive reactive energy VARh 4 Low word High byte Low byte High word High byte Lo...

Page 83: ...5VA 0 5 Outer frame Inner frame 145 116 51 80 50 32 DCT S261C 750A 5A 5VA 0 5 Outer frame Inner frame 145 116 51 80 50 32 DCT S271C 1000A 5A 10VA 0 5 Outer frame Inner frame 145 116 51 80 50 32 DCT S...

Page 84: ...yucksan Digital Valley 6 cha Gasan dong Geumcheon gu Seoul Korea 153 704 TEL 82 2 515 5303 FAX 82 2 515 5302 Delta Electronics Int l S Pte Ltd 4 Kaki Bukit Ave 1 05 05 Singapore 417939 TEL 65 6747 515...

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