Circutor CirCAMP-4DP Instruction Manual
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Circutor CirCAMP-4DP Instruction Manual

Circutor CirCAMP-4DP Instruction Manual

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Multifunction multimeter
CirCAMP-4DP
CirCAMP-2IP
INSTRUCTION MANUAL
(M097B01-03-16A)

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Summary of Contents for Circutor CirCAMP-4DP

  • Page 1 Multifunction multimeter CirCAMP-4DP CirCAMP-2IP INSTRUCTION MANUAL (M097B01-03-16A)
  • Page 2 CirCAMP-4DP, CirCAMP-2IP Instruction Manual...

  • Page 3: Safety Precautions

    CIRCUTOR, SA reserves the right to modify features or the product manual without prior notifi cation. DISCLAIMER CIRCUTOR, SA reserves the right to make modifi cations to the device or the unit specifi ca- tions set out in this instruction manual without prior notice.

  • Page 4: Table Of Contents

    3�- DEVICE INSTALLATION ����������������������������������������������������������������������������������������������������������������������������������� 9 3�1�- PRELIMINARY RECOMMENDATIONS ���������������������������������������������������������������������������������������������������� 9 3�2�- INSTALLATION ��������������������������������������������������������������������������������������������������������������������������������������� 10 3�3�- DEVICE TERMINALS ������������������������������������������������������������������������������������������������������������������������������ 10 3�3�1�- CirCAMP-4DP MODEL ����������������������������������������������������������������������������������������������������������������� 10 3�3�2�- CirCAMP-2IP MODEL ������������������������������������������������������������������������������������������������������������������� 11 3�4�- CONNECTION DIAGRAM ����������������������������������������������������������������������������������������������������������������������� 12 3�4�1�- CirCAMP-4DP MODEL ������������������������������������������������������������������������������������������������������������������ 12 3�4�2�- CirCAMP-2IP MODEL �������������������������������������������������������������������������������������������������������������������� 13 3�5�- CONNECTIONS ����������������������������������������������������������������������������������������������������������������������������������������...
  • Page 5 CirCAMP-4DP, CirCAMP-2IP 7�4�18�- OBJECTS RELATED TO PRE-PAYMENT ������������������������������������������������������������������������������������ 55 7�4�19�- LOAD PROFILES �������������������������������������������������������������������������������������������������������������������������� 61 8�- TECHNICAL FEATURES �������������������������������������������������������������������������������������������������������������������������������� 63 9�- MAINTENANCE AND TECHNICAL SERVICE ������������������������������������������������������������������������������������������������ 67 10�- GUARANTEE �������������������������������������������������������������������������������������������������������������������������������������������������67 11�- CE CERTIFICATE ������������������������������������������������������������������������������������������������������������������������������������������ 68 Instruction Manual...

  • Page 6: Revision Log

    CirCAMP-4DP, CirCAMP-2IP REVISION LOG Table 1: Revision log� Date Revision Description 07/16 M097B01-03-15A Initial Version Changes in the following sections: 2. - 3.3.2. - 3.4.2. - 3.5. - 4. - 4.3.2. - 4.4. - 4.3.2. - 4.4.- 02/17 M097B01-03-16A 4.5. - 4.6.2. - 5.1.2. - 5.2.2. - 7.4.2. - 7.4.5.6. - 7.4.14. - 7.4.15.

  • Page 7: 1�- Verification Upon Reception

    The system consists of two models:  El CirCAMP-4DP is a static energy meter that can manage 4 single-phase measurements independently, all sharing the same neutral terminal.
  • Page 8 CirCAMP-4DP, CirCAMP-2IP - Communications via an optical port. - RS-485 communications (according to version). - PLC OFDM communications. The CirCAMP-xxP is offered in different versions, shows all of the possible options of Table 2 the device. Table 2: CirCAMP-xxP options�...

  • Page 9: 3�- Device Installation

    CirCAMP-4DP, CirCAMP-2IP 3�- DEVICE INSTALLATION 3.1.- PRELIMINARY RECOMMENDATIONS In order to use the device safely, it is critical that individuals who handle it follow the safety measures set out in the standards of the country where it is being used, use the personal protective equipment necessary, and pay attention to the vari- ous warnings indicated in this instruction manual.

  • Page 10: 3�2�- Installation

    Do not use the device until it is fully installed. 3.3.- DEVICE TERMINALS 3�3�1�- CirCAMP-4DP MODEL Table 3:List of CirCAMP-4DP terminals Device terminals 1 : Input channel 1 25,26 : Channel 3 relay output...

  • Page 11: 3�3�2�- Circamp-2Ip Model

    CirCAMP-4DP, CirCAMP-2IP 3�3�2�- CirCAMP-2IP MODEL Table 4:List of CirCAMP-2IP terminals Device terminals 1 : S1, Current input L1 (CH1 y CH2) 23,24 : Channel 2 relay output 3 : S2, Current output L1 (CH1 y CH2) 25,26 : Circuit breaker control 1...

  • Page 12: 3�4�- Connection Diagram

    21 22 23 24 25 26 27 28 Channel 3 Channel 4 31 32 33 34 35 36 37 38 39 40 LOAD LOAD Figure 3: Connection diagram, CirCAMP-4DP� * CH2: The power supply of the device and the PLC communications occur via channel 2. Instruction Manual...

  • Page 13: 3�4�2�- Circamp-2Ip Model

    CirCAMP-4DP, CirCAMP-2IP 3�4�2�- CirCAMP-2IP MODEL 21 22 23 24 25 26 27 28 31 32 33 34 35 36 37 38 39 40 Figure 4: Connection diagram, CirCAMP-2IP� Note: The power supply of the unit is through phase 2 Instruction Manual...

  • Page 14: 3�5�- Connections

    CirCAMP-4DP, CirCAMP-2IP 3.5.- CONNECTIONS The CirCAMP-xxP has terminal covers that cover the measuring terminals of the device and the fixing screws ( Figure 5 Figure 5: CirCAMP-xxP terminal covers� The fixing screws are of the mixed type, allowing the use of PZ1 and flat head screwdrivers.

  • Page 15: 4�- Operation

    CirCAMP-4DP, CirCAMP-2IP 4�- OPERATION The CirCAMP-4DP is a static meter capable of: Measuring and managing 4 single-phase measurements, independent phase mode.  ( CirCAMP-4DP model) Measuring and managing 1 three-phase measurement, two-phase, etc. , polyphase  mode.( CirCAMP-4DP model) Measure and manage 2 three-phase measurements independently in current, sharing ...

  • Page 16: 4�3�- Led Indicators

     4 to indicate the circuit breaker status.  4 to indicate the relay output status.  1 to indicate the PLC communications status. Table 7: Status LEDs: CirCAMP-4DP� LEDs Power on The power supply is connected to the electrical network...

  • Page 17: 4�3�2�- Circamp-2Ip Model

    CirCAMP-4DP, CirCAMP-2IP Table 7 (Cont�): Status LEDs: CirCAMP-4DP� LEDs Power on Red: It detects other PLC devices but it does not detect the presence of a concentrator or transducer in the network. Yellow: After start-up, the recording process can take up to a few hours.

  • Page 18: 4�4�- Impulse Inputs

    The device does not detect other devices in the PLC network. 4.4.- IMPULSE INPUTS The device features:  CirCAMP-4DP model: 4 impulse inputs (terminals 31 ... 35 in ), according to UNE EN Table 3 62053-31:1999 class B, for the calculation of other supplies.

  • Page 19: 4�5�- Relay Outputs

    4.6.- CIRCUIT BREAKER 4�6�1�- CirCAMP-4DP MODEL The CirCAMP-4DP features 4 circuit breakers, one for each of the measurement channels located inside the device, with no parts being accessible from the exterior. Cut off occurs only on the phase line and can be generated: ...

  • Page 20: 4�6�2�- Circamp-2Ip Model

    CirCAMP-4DP, CirCAMP-2IP 5 V DC COMM 470 Ω Figure 12:Circuit breaker� 4�6�2�- CirCAMP-2IP MODEL The CirCAMP-2IP model does not have circuit breakers located inside the unit. It has two relays (terminals 25... 28 of for controlling the external circuit breakers.

  • Page 21: 4�7�- Real Time Clock

    The device has a real time clock capable of maintaining the date and time with a drift of less than 0.5 s/day, in accordance with the UNE EN 62054-21 Standard. The CirCAMP-4DP is capable of maintaining the time during 12 hours, without being powered from the electrical network, via a Supercap. Provided that the device was previously connected to the electrical network during 1 hour.

  • Page 22: 5�- Display Improvements

    With the display in standby mode, all of the information is presented in cyclic form without any need to perform any action on the CirCAMP-xxP keypad.  In CirCAMP-4DP model, 6 different parameters are viewed in this mode, see , in Table 10 which they alternate every 6 seconds.

  • Page 23: 5�1�1�- Circamp-4Dp Model

    CirCAMP-4DP, CirCAMP-2IP 5�1�1�- CirCAMP-4DP MODEL Table 10: Standby mode displays: CirCAMP-4DP� Screen Parameters Device model, current date and time CH: Indicates the status of each one of the connected chan- V1: 230.2 V nels: V2: 231.1 V + Consuming. V3: 230.9 V - Channel not connected.

  • Page 24: 5�1�2�- Circamp-2Ip Model

    CirCAMP-4DP, CirCAMP-2IP 5�1�2�- CirCAMP-2IP MODEL Table 11: Standby mode displays: CirCAMP-2IP� Screen Parameters Device model, current date and time CirCamp 610QT8C83P20 Indicates the status of each one of the connected chan- 05/11/2015 nels: + Consuming. 15:17:01 - Channel not connected.

  • Page 25: 5�2�- Display In Reading Mode

    Table 12 Table 14 mode is activated again when no key is pressed for 60 seconds or by pressing the key 5�2�1�- CirCAMP-4DP MODEL Table 12: Value screens in reading mode: CirCAMP-4DP Screen Parameters V1: 230.2 V Vx : Instantaneous voltage value of each measure- V2: 231.1 V...
  • Page 26 CirCAMP-4DP, CirCAMP-2IP Table 12 (Cont�): Value screens in reading mode: : CirCAMP-4DP Screen Parameters INT1: 000003501 imp INTx: No. of impulses that have arrived at each im- INT2: 000000023 imp pulse input. INT3: 000013509 imp INT4: 000001115 imp Device version, CirCamp v01.01...

  • Page 27: 5�2�2�- Circamp-2Ip Model

    CirCAMP-4DP, CirCAMP-2IP 5�2�2�- CirCAMP-2IP MODEL Table 14: Value screens in reading mode: CirCAMP-2IP� Screen Parameters Channel 1: V11: 230.2 V V11 : Instantaneous voltage value of L1 (V) V12: 231.1 V V12 : Instantaneous voltage value of L2 (V) V13: 230.9 V V13 : Instantaneous voltage value of L3 (V) I11: 15.22 A...
  • Page 28 CirCAMP-4DP, CirCAMP-2IP Table 14 (Cont�) : Value screens in reading mode: CirCAMP-2IP� Screen Parameters Channel 2: Q21: 03000 var Q2x : Instantaneous reactive power value (absolute Q22: 04107 var value) of L1, L2 y L3 (var) Q23: 08947 var Q2III :Instantaneous reactive three-phase power...

  • Page 29: 6�- Configuration

    CirCAMP-4DP, CirCAMP-2IP 6�- CONFIGURATION The device is configured with the CirCAMP-xxP concentrator via PLC communications. Certain parameters can be configured via DLMS. (See “7.- COMMUNICATIONS”) 7�- COMMUNICATIONS 7.1.- OPTICAL COMMUNICATIONS PORT In all versions, the device has a serial optical communications port, in compliance with the UNE EN 62056-21:2003 Standard.

  • Page 30: 7�3�- Rs-485 Communications (According To Version)

    CirCAMP-4DP, CirCAMP-2IP 7.3.- RS-485 COMMUNICATIONS (according to version) The CirCAMP-xxP devices feature an RS-485 serial communication output with the DLMS communications protocol (see “ ”) 7.4.- DLMS PROTOCOL 7�3�1� CONNECTIONS The RS-485 cable should be wired with a twisted pair cable with shielding mesh (minimum 3 wires), with a maximum distance between the CirCAMP-xxP and the master device of 1200 metres.

  • Page 31: 7�4�- Dlms Protocol

    CirCAMP-4DP, CirCAMP-2IP 7.4.- DLMS PROTOCOL The DLMS (Device Language Message Specification) is a protocol for standardising metering communications within the IEC. The DLMS is independent from the communication system used and guarantees the interoper- ability of energy meters from different manufacturers.
  • Page 32 CirCAMP-4DP, CirCAMP-2IP Table 16 (Cont�):DLMS Protocol, Abstract Objects (Table 2) Object / Attribute name Type Value Description application_context_name application_context_name xDLMS_context_info xDLMS_context_type authentication_mechanism_name mechanism_name LLS_secret octet-string[8] association_status enum Table 17:DLMS Protocol, Abstract Objects (Table 3) Object / Attribute name Access Association LN...
  • Page 33 CirCAMP-4DP, CirCAMP-2IP Table 18:DLMS Protocol, Abstract Objects (Table 4) Object / Attribute name Access Association LN FC PC logical_name object_list associated_partners_id application_context_name xDLMS_context_info authentication_mechanism_name LLS_secret association_status Object / Attribute name Type Value Description Association Association LN 0-0:40�0�2�255 Reading Client logical_name...
  • Page 34 CirCAMP-4DP, CirCAMP-2IP Table 20:DLMS Protocol, Abstract Objects (Table 6) Object / Attribute name Access Association LN FC PC logical_name object_list associated_partners_id application_context_name xDLMS_context_info authentication_mechanism_name LLS_secret association_status Object / Attribute name Type Value Description Association Association LN 0-0:40�0�4�255 Firmware update Client...

  • Page 35: 7�4�2�- Identification Numbers

    + Protocol_ID[8] identifier (“DLMS” + protocol version) Example: CirCAMP-4DP : Value = “CirCamp4DP” + “DLMS” + “0106” CirCAMP-2IP : Value = “CirCamp2IP” + “DLMS” + “0106” Table 25:DLMS Protocol, Identification Number (Table 4) Object / Attribute name Type...

  • Page 36: 7�4�3�- Clock

    CirCAMP-4DP, CirCAMP-2IP 7�4�3�- CLOCK Table 27:DLMS Protocol, Clock (Table 1) Object / Attribute name Access Clock logical_name time time_zone status daylights_savings_begin daylights_savings_end daylights_savings_deviation daylights_savings_enabled clock_base Object / Attribute name Type Value Description Clock 0-0:1�0�0�255 logical_name octet-string[6] 0000010000FF Local time and date in accordance...

  • Page 37: 7�4�4�- Errors

    CirCAMP-4DP, CirCAMP-2IP 7�4�4�- ERRORS Table 30:DLMS Protocol, Errors (Table 1) Object / Type Value Description Access Attribute name Error Object 0-0:97�97�0�255 MC RC FC PC logical_name octet-string[6] 0000616100FF value double_long_unsigned Error code Error code: Table 31:DLMS Protocol, Error code� Description...
  • Page 38 CirCAMP-4DP, CirCAMP-2IP Table 33 (Cont�): Standard events� No� Description Change in the read password. Change in the parameterisation password Change in the firmware password Automatic summer time change Change in the contracted power Data reset Parameter reset Table 34:DLMS protocol, Standard events (Table 1)
  • Page 39 CirCAMP-4DP, CirCAMP-2IP 7�4�5�2�- Fraud events The device has a capacity to record 10 logs and records: Table 36:Fraud events� No� Description Fraud detection by communications. Table 37:DLMS Protocol, Fraud events (Table 1) Object / Type Value Description Access Attribute name Event Object 0-0:96�11�1�255...
  • Page 40 CirCAMP-4DP, CirCAMP-2IP 7�4�5�3�- Circuit breaker events The device has a capacity to record 20 logs and records: Table 39:Circuit breaker events� No� Description Remote disconnection of the circuit breaker Remote connection of the circuit breaker Disconnection due to excess power...
  • Page 41 CirCAMP-4DP, CirCAMP-2IP 7�4�5�4�- Firmware update events The device has a capacity to record 25 logs and records: Table 42:Firmware update events� No� Description Changes in the firmware version. Table 43:DLMS Protocol, Firmware update events (Table 1)� Object / Type Value...
  • Page 42 CirCAMP-4DP, CirCAMP-2IP 7�4�5�5�- Communication events The device has a capacity to record 100 logs and records: Table 45:Communication events� No� Description Start of PLC communications End of PLC communications Start of communications via optical port End of communications via optical port...
  • Page 43 CirCAMP-4DP, CirCAMP-2IP 7�4�5�6�- Synchronisation events The device has a capacity to record 15 logs and records: Table 48:Synchronisation events� No� Description Synchronisation of the clock in real time Table 49:DLMS Protocol, Synchronisation events (Table 1) Object / Attribute name Type...
  • Page 44 CirCAMP-4DP, CirCAMP-2IP 7�4�5�7�- Pre-payment system events The device has a capacity to record 100 logs and records: Table 51:Pre-payment system events� No� Description Activation of the pre-payment contract Deactivation of the pre-payment contract. Credit top-up Credit is below the threshold...

  • Page 45: 7�4�6�- Controlling The Circuit Breaker

    CirCAMP-4DP, CirCAMP-2IP 7�4�6�- CONTROLLING THE CIRCUIT BREAKER Table 54:DLMS Protocol, Controlling the circuit breaker (Table 1) Object / Type Value Description Access Attribute name Energy Disconnect Controlling the circuit 0-x:96�3�10�255 Control breaker x: 0 All channels x: 1 Channel 1...

  • Page 46: 7�4�7�- Firmware Update

    CirCAMP-4DP, CirCAMP-2IP Object / Type Value Description Attribute name Disconnect 0-0:21�0�20�255 Values logical_name octet-string[6] 0000150014FF buffer array {8,0-0:1.0.0.255,2} Clock {70,0-0:96.3.10.255,3} Energy disconnected, All channels {70,0-1:96.3.10.255,3} Energy disconnected, Channel 1 {70,0-2:96.3.10.255,3} Energy disconnected, Channel 2 {70,0-3:96.3.10.255,3} Energy disconnected, Channel 3 capture_objects array {70,0-4:96.3.10.255,3}...

  • Page 47: 7�4�8�- Metering Point Id

    CirCAMP-4DP, CirCAMP-2IP Table 57 (Cont�): DLMS Protocol, Firmware update (Table 1) Object / Attribute name Type Value Description image_transfer_initiate image_block_transfer image_verify image_activate Firmware transfer to the COSEM server. 7�4�8�- METERING POINT ID Table 58:DLMS Protocol, Metering point ID (Table 1)

  • Page 48: 7�4�11�- Rs-485 Port Configuration

    CirCAMP-4DP, CirCAMP-2IP 7�4�11�- RS-485 PORT CONFIGURATION Table 61:DLMS Protocol, RS-485 port configuration (Table 1) Object / Attribute name Type Value Description Access IEC HDLS Setup Serial port 0-1:22�0�0�255 RC FC PC logical_name octet-string[6] 0001160000FF comm_speed enum 9600 db window_size_transmit unsigned...

  • Page 49: 7�4�13�- Resetting The Device

    CirCAMP-4DP, CirCAMP-2IP 7�4�13�- RESETTING THE DEVICE Table 65:DLMS Protocol, Reset (Table 1) Object / Type Value Description Access Attribute name Resetting parameters Global Meter Reset 0-0:10�0�0�255 and logs logical_name octet-string[6] 00000A0000FF scripts array execute (11) This script is activated via a call to the execute() method with the following arguments: (11) 1 - Reset parameters.

  • Page 50: 7�4�15�- Impulse Inputs

    CirCAMP-4DP, CirCAMP-2IP 7�4�15�- IMPULSE INPUTS Table 68:DLMS protocol, Impulse inputs (Table 1) Object / Type Value Description Access Attribute name Input Impulses 0-x:0�7�0�255 No� of impulses FC PC Values x: 0 All channels x: 1 Channel 1 logical_name octet-string[6] 00xx000700FF...
  • Page 51 CirCAMP-4DP, CirCAMP-2IP Object / Type Value Description Attribute name Instantaneous value of Instantaneous Energy 0-0:21�0�6�255 the energy and of the no� and Impulse values of impulses logical_name octet-string[6] 0000150006FF buffer array {8,0-0:1.0.0.255,2}; Clock {3,1-0:15.8.0.255,2}; Energy, all channels {3,1-1:15.8.0.255,2}; Energy, channel 1 {3,1-2:15.8.0.255,2};...
  • Page 52 CirCAMP-4DP, CirCAMP-2IP 7�4�16�4�- Voltage L2 Table 73:DLMS Protocol, instantaneous values (Table 4) Object / Attribute name Type Value Description Access Inst� voltage L2 1-x:52�7�0�255 MC RC FC PC x: 1 Channel 1 logical_name octet-string[6] 01xx340700FF x: 2 Channel 2 value...
  • Page 53 CirCAMP-4DP, CirCAMP-2IP 7�4�16�9�- Active power Table 78:DLMS Protocol, instantaneous values (Table 9) Object / Type Value Description Access Attribute name Inst� active power 1-x:15�7�0�255 MC RC FC PC |P+| + |P-| x: 0 All channels x: 1 Channel 1 logical_name...

  • Page 54: 7�4�17�- Transformer Ratio

    CirCAMP-4DP, CirCAMP-2IP Table 79 (Cont�): DLMS Protocol, Instantaneous values (Table 10) Object / Type Value Description Attribute name {3,1-0:15.7.0.255,2}; Active power, all channels {3,1-1:15.7.0.255,2}; Active power, channel 1 capture_objects {3,1-2:15.7.0.255,2}; Active power, channel 2 {3,1-3:15.7.0.255,2}; Active power, channel 3 {3,1-4:15.7.0.255,2};...

  • Page 55: 7�4�18�- Objects Related To Pre-Payment

    CirCAMP-4DP, CirCAMP-2IP 7�4�17�3�- Current transformer ratio : denominator Table 82:DLMS Protocol, transformer ratio (Table 3) Object / Attribute Type Value Description Access name transformer ratio - current 1-x:0�4�5�255 RC FC PC (denominator) x : 1 Channel 1 logical_name octet-string[6] 01xx000405FF...
  • Page 56 CirCAMP-4DP, CirCAMP-2IP 7�4�18�2�- Account Table 85:DLMS Protocol, pre-payment values (Table 2) Object / Attribute name Access Account logical_name account_mode_and_status current_credit_in_use current_credit_status available_credit amount_to_clear clearance_threshold aggregated_debt credit_reference_list charge_reference_list credit_charge_configuration token_gateway_configuration account_activation_time account_closure_time currency long_credit_threshold next_credit_available_threshold max_provision max_provision_period active_account(data) close_account(data) reset_account(data) Object / Attribute name...
  • Page 57 CirCAMP-4DP, CirCAMP-2IP Table 85 (Cont�): DLMS Protocol, pre-payment values (Table 2) Object / Attribute name Type Value Description account_activation_time octet_string account_closure_time octet_string Name: EUR currency structure {EUR,-3,2} Scale: -3 Device: 2 (Monetary) long_credit_threshold double_long next_credit_available_thresh- double_long 0x80000000 max_provision long_unsigned 0...
  • Page 58 CirCAMP-4DP, CirCAMP-2IP Table 87 (Cont�): DLMS Protocol, pre-payment values (Table 4) Object / Attribute name Access Charge energy RC FC PC device_charge_passive device_charge_activation_time period charge_configuration last_collection_time last_collection_amount total_amount_remaining proportion update_device_charge active_passive_device_charge collect update_total_amount_remaining set_total_amount_remaining Object / Attribute name Type Value...
  • Page 59 CirCAMP-4DP, CirCAMP-2IP 7�4�18�5�- Consumption of impulse input Table 88:DLMS Protocol, pre-payment values (Table 5) Object / Attribute name Access Charge energy RC FC PC logical_name total_amount_paid charge_type priority device_charge_active device_charge_passive device_charge_activation_time period charge_configuration last_collection_time last_collection_amount total_amount_remaining proportion update_device_charge active_passive_device_charge collect...
  • Page 60 CirCAMP-4DP, CirCAMP-2IP 7�4�18�6�- Payment Table 89:DLMS Protocol, pre-payment values (Table 6) Object / Attribute name Access Payment values MC RC FC PC logical_value buffer capture_objects capture_period sort_method sort_object entries_in_use profile_entries Object / Type Value Description Attribute name Payment values 0-0:21�0�21�255...

  • Page 61: 7�4�19�- Load Profiles

    CirCAMP-4DP, CirCAMP-2IP 7�4�19�- LOAD PROFILES 7�4�19�1�- Period 1 Table 90:DLMS Protocol, Load profiles (Table 1) Object / Attribute name Type Value Description Access ARM profile status for 0-0:96�10�7�255 MC RC FC PC Load profile with period 1 logical_name octet-string[6] 0000600A07FF...
  • Page 62 CirCAMP-4DP, CirCAMP-2IP 7�4�19�2�- Period 2 Table 92:DLMS Protocol, Load profiles (Table 3) Object / Attribute name Type Value Description Access ARM profile status for Load 0-0:96�10�8�255 MC RC FC PC profile with period 2 logical_name octet-string[6] 0000600A08FF {IV,CA,CY,VH, status unsigned...

  • Page 63: 8�- Technical Features

    CirCAMP-4DP, CirCAMP-2IP 8�- TECHNICAL FEATURES Power supply CirCAMP-4DP CirCAMP-2IP Mode Self-powered (CH2-N) Self-powered (L2) Rated Voltage 230 V ~ ± 20% 127 ... 230 V ~ ± 20% Frequency 50...60Hz 50...60Hz < 25 VA < 25 VA Consumption Voltage Measurement...
  • Page 64 Mechanical life 2x10 cycles Installation category CAT III 300 V CirCAMP-4DP: Circuit breaker Maximum current 40 A No� of operations guaranteed 10000 operations I = 20A, cos φ = 1 CirCAMP-2IP : Relés de control del elemento de Corte...
  • Page 65 IP51 Front panel Protection degree IP40 in terminal area Mechanical features Measuring terminals CirCAMP-4DP : 1, 3, 4, 6, 7, 9, 10,11,12 16 mm ≤ 1.2 Nm CirCAMP-2IP : 1,3, 4, 6, 7, 9, 2, 5, 8, 11 16 mm ≤...
  • Page 66 CirCAMP-4DP, CirCAMP-2IP Standards (Cont�) Energy meter devices (AC)� Particular prescriptions Part 31: Impulse output devices for electro-mechanical and electronic energy meters UNE-EN 62053-31:1999 (two-wire only)� Electrical energy metering equipment (AC)� Part 1: General require- ments, tests and test conditions� Metering equipment (indexes of...

  • Page 67: 9�- Maintenance And Technical Service

    • CIRCUTOR accepts no liability due to the possible damage to the unit or other parts of the installation, nor will it cover any possible sanctions derived from a pos- sible failure, improper installation or “improper usage”...

  • Page 68: 11�- Ce Certificate

    CirCAMP-4DP, CirCAMP-2IP 11�- CE CERTIFICATE Instruction Manual...
  • Page 69 CirCAMP-4DP, CirCAMP-2IP Instruction Manual...
  • Page 70 CirCAMP-4DP, CirCAMP-2IP Instruction Manual...
  • Page 71 CirCAMP-4DP, CirCAMP-2IP Instruction Manual...
  • Page 72 CIRCUTOR, SA Vial Sant Jordi, s/n 08232 - Viladecavalls (Barcelona) Tel: (+34) 93 745 29 00 - Fax: (+34) 93 745 29 14 www.circutor.es central@circutor.com...

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