elco ELM-96BP-LON, Instruction Manual, Page: 15 / 16

ELM-96BP-LON instruction manual IM447-U v0.67 pag. 15
Output variable list
Type Name Content
SNVT_volt_ac nvo_3phase_volt 3-PHASE SYSTEM VOLTAGE [V]
SNVT_volt_ ac nvo_voltage_ph1 PHASE VOLTAGE L1-N [V]
SNVT_volt_ ac nvo_voltage_ph2 PHASE VOLTAGE L2-N [V]
SNVT_volt_ ac nvo_voltage_ph3 PHASE VOLTAGE L3-N [V]
SNVT_volt_ ac nvo_voltage_l12 LINE VOLTAGE L1-2 [V]
SNVT_volt_ ac nvo_voltage_l23 LINE VOLTAGE L2-3 [V]
SNVT_volt_ ac nvo_voltage_l31 LINE VOLTAGE L3-1 [V]
SNVT_amp nvo_3phase_curr 3-PHASE SYSTEM CURRENT [A]
SNVT_amp nvo_current_ph1 LINE CURRENT L1 [A]
SNVT_amp nvo_current_ph2 LINE CURRENT L2 [A]
SNVT_amp nvo_current_ph3 LINE CURRENT L3 [A]
SNVT_pwr_fact nvo_3ph_pwr_fac 3-PHASE SYS. POWER FACTOR [-]
SNVT_pwr_fact nvo_pwr_fac_ph1 POWER FACTOR L1 [-]
SNVT_pwr_fact nvo_pwr_fac_ph2 POWER FACTOR L2 [-]
SNVT_pwr_fact nvo_pwr_fac_ph3 POWER FACTOR L3 [-]
SNVT_power_f nvo_3ph_Apwr 3-PHASE S. APPARENT POWER [kVA]
SNVT_power_f nvo_Apwr_ph1 APPARENT POWER L1 [kVA]
SNVT_power_f nvo_Apwr_ph2 APPARENT POWER L2 [kVA]
SNVT_power_f nvo_Apwr_ph3 APPARENT POWER L3 [kVA]
SNVT_power_f nvo_3ph_pwr 3-PHASE SYS. ACTIVE POWER [kW]
SNVT_power_f nvo_pwr_ph1 ACTIVE POWER L1 [kW]
SNVT_power_f nvo_pwr_ph2 ACTIVE POWER L2 [kW]
SNVT_power_f nvo_pwr_ph3 ACTIVE POWER L3 [kW]
SNVT_power_f nvo_3ph_Rpwr 3-PHASE S. REACTIVE POWER [kVAr]
SNVT_power_f nvo_Rpwr_ph1 REACTIVE POWER L1 [kVAr]
SNVT_power_f nvo_Rpwr_ph2 REACTIVE POWER L2 [kVAr]
SNVT_power_f nvo_Rpwr_ph3 REACTIVE POWER L3 [kVAr]
SNVT_elec_kwh_l nvo_3ph_Wh_T1 3-PHASE SYS. ACTIVE ENERGY T1 [kWh]
SNVT_elec_kwh_l nvo_3ph_RVAh_T1 3-PHASE S. REACTIVE ENERGY T1 [kVArh]
SNVT_elec_kwh_l nvo_3ph_Wh_T2 3-PHASE SYS. ACTIVE ENERGY T2 [kWh]
SNVT_elec_kwh_l nvo_3ph_RVAh_T2 3-PHASE S. REACTIVE ENERGY T2 [kVArh]
SNVT_freq_hz nvo_Frequency FREQUENCY [Hz]
SNVT_amp_mil nvo_N_Current NEUTRAL CURRENT [A]
SNVT_elec_kwh_l nvo_3ph_AVAh_T1 3-PHASE S. APPARENT ENERGY T1 [kVAh]
SNVT_elec_kwh_l nvo_3ph_AVAh_T2 3-PHASE S. APPARENT ENERGY T1 [kVAh]
SNVT_temp nvo_temperature TEMPERATURE [°C]
SNVT_count nvo_hours_cnt HOURS COUNTER [h]
SNVT_amp_mil nvo_MaxAvgCurrL1 MAX AVG CURRENT L1 [A]
SNVT_amp_mil nvo_MaxAvgCurrL2 MAX AVG CURRENT L2 [A]
SNVT_amp_mil nvo_MaxAvgCurrL3 MAX AVG CURRENT L3 [A]
SNVT_power_f nvo_MaxAvg3PhAP MAX AVG 3-PH. ACTIVE POWER [kW]
SNVT_power_f nvo_MaxAvg3PhRP MAX AVG 3-PH. REACTIVE POWER [kVAr]
SNVT_power_f nvo_MaxAvg3PhApP MAX AVG 3-PH. APPARENT POWER [kVA]
SNVT_power_f nvo_LastAv3PhAcP LAST AVERAGE 3-PHASE ACTIVE POWER [kW]
SNVT_power_f nvo_LastAv3PhRP LAST AVERAGE 3-PHASE REACTIVE POWER [kVAr]
SNVT_power_f nvo_LastAv3PhApP LAST AVERAGE 3-PHASE APPARENT POWER [kVA]
SNVT_amp_mil nvo_MaxAvCurrN MAX AVG CURRENT NEUTRAL [A]
SNVT_amp_mil nvo_LastAvCurrN LAST AVERAGE CURRENT NEUTRAL [A]
SNVT_amp_mil nvo_LastAvCurrL1 LAST AVERAGE CURRENT L1 [A]
SNVT_amp_mil nvo_LastAvCurrL2 LAST AVERAGE CURRENT L2 [A]
SNVT_amp_mil nvo_LastAvCurrL3 LAST AVERAGE CURRENT L3 [A]
SNVT_state nvo_IO_State DIGITAL OUTPUT DO1, DO2,
Input variable list
Type Name Content
SNVT_switch nvi_Out1 DIGITAL OUTPUT DO1 CONTROL REGISTER
SNVT_switch nvi_Out2 DIGITAL OUTPUT DO2 CONTROL REGISTER
SNVT_switch nvi_REC RESET ENERGY COUNTERS
SNVT_switch nvi_RMA RESET MAX AVG (max demand) VALUES
NOTE
(*)
The nvo_IO_State is a 16 bit variable. The bit have the following meaning:
•
Bit 0 DO1 state
•
Bit 1 DO2 state
•
Bit 2 Input state
Service Led : If the “decommission” instrument will be connected to a LON network, the Service Led must have a regular blink (the time with Led ON it’s similar to the time with
Led OFF). After the “commission” operation, during the normal functioning, the Led must remain OFF. If the Led works in a different way, the instrument could have some
problem. In this case it’s better to send the instrument to the Service Center.
Service Push-Button : It’s used to “commission” the instrument. “Commission” mean to give a logic address in the LON network in the way to allow the communication with other
instrument connected. The program that managed the network will communicate when the push-button must be pressed.
NOTE
At reason of the evolution of standards and products, the company reserves to modify in every time the features of the product described in this
document, that it’s necessary to verify preventively.
The liability of the producer for damage caused by defect of the product ”can be reduced or deleted (…) when the damage is caused joint by a
defect of product or for blame of the damaged or a person of which the damaged is responsible” (Article 8, 85/374/CEE).