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Table of Contents
Summary of Contents for Elseta ConMod P1
- Page 1 ELSETA ConMod P1 User manual Elseta 2024/02/13...
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Page 2: Copyrights And Trademarks
COPYRIGHTS AND TRADEMARKS Elseta is a trademark of UAB Elseta and identifies products manufactured by UAB Elseta. All the product copyrights belong to UAB Elseta. These documents and product properties cannot be changed without the knowledge and written consent of UAB Elseta. These documents may be modified by UAB Elseta without... -
Page 3: Safety Requirements
All work related to electronic systems design, installation, commissioning, adjustment, and maintenance should be carried out according to the safety requirements. ELSETA... -
Page 4: Table Of Contents
Table of contents COPYRIGHTS AND TRADEMARKS ............................2 DECLARATION OF CONFORMITY..................Error! Bookmark not defined. SAFETY REQUIREMENTS ..............................3 SYMBOLS USED BY USER MANUAL.................. Error! Bookmark not defined. Overview .....................................5 Features ....................................5 Common configuration information ..........................5 P1 connector circuit in meter............................11 Technical Information ..............................11 LED status indication and control ..........................12 Connection and configuration over Wi-Fi ........................13 Information of the equipment manufacturer ..........................16... -
Page 5: Overview
Common configuration information ConMod receives data from meters via the P1 interface and sends data back via Modbus protocol using function 3 (read holding registers). Default serial communication parameters are: slave id Baud rate 9600 data bits stop bits parity none ELSETA... - Page 6 There is a list of signals and their Modbus registers in the table below. Name Units Modbus register Length Number type serial_number UNSIGNED64 correct_data_counter UNSIGNED16 faulty_data_counter UNSIGNED16 device_error UNSIGNED16 active_power_to_client_time_integral_1 UNSIGNED32 reactive_power_to_client_time_integral_1 varh UNSIGNED32 reactive_power_from_client_time_integral_1 varh UNSIGNED32 active_power_to_client_time_integral_1_rate_1 UNSIGNED32 active_power_to_client_time_integral_1_rate_2 UNSIGNED32 active_power_to_client_time_integral_1_rate_3 UNSIGNED32...
- Page 7 UNSIGNED32 reactive_power_from_client_time_integral_1_rate_3 varh UNSIGNED32 reactive_power_from_client_time_integral_1_rate_4 varh UNSIGNED32 voltage_l1_instantaneous_ value UNSIGNED32 voltage_l1_current_averag e_3 UNSIGNED32 current_l1_instantaneous_ value UNSIGNED32 current_l1_current_averag e_1 UNSIGNED32 voltage_l2_instantaneous_ value UNSIGNED32 voltage_l2_current_averag e_3 UNSIGNED32 current_l2_instantaneous_ value UNSIGNED32 current_l2_current_averag e_1 UNSIGNED32 voltage_l3_instantaneous_ value UNSIGNED32 voltage_l3_current_averag e_3 UNSIGNED32 ELSETA...
- Page 8 current_l3_instantaneous_ value UNSIGNED32 current_l3_current_averag e_1 UNSIGNED32 voltage_any_phase_instantaneous_value UNSIGNED32 current_any_phase_instantaneous_value UNSIGNED32 current_l0_instantaneous_ value UNSIGNED32 some_current UNSIGNED32 supply_frequency_instantaneous_value UNSIGNED32 active_power_abs_Q1_Q2_ p_abs_Q3_Q4_instantaneous_value UNSIGNED32 active_power_to_client_l1_instantaneous_value UNSIGNED32 active_power_to_client_l2_instantaneous_value UNSIGNED32 active_power_to_client_l3_instantaneous_value UNSIGNED32 active_power_from_client_l1_instantaneous_value UNSIGNED32 active_power_from_client_l2_instantaneous_value UNSIGNED32 active_power_from_client_l3_instantaneous_value UNSIGNED32 reactive_power_to_client_l1_instantaneous_value UNSIGNED32 reactive_power_to_client_l2_instantaneous_value UNSIGNED32 reactive_power_to_client_l3_instantaneous_value UNSIGNED32 reactive_power_from_client_l1_instantaneous_value UNSIGNED32 reactive_power_from_client_l2_instantaneous_value UNSIGNED32 reactive_power_from_client_l3_instantaneous_value...
- Page 9 UNSIGNED32 apparent_power_to_client_l3_instantaneous_value UNSIGNED32 apparent_power_from_client_instantaneous_value UNSIGNED32 apparent_power_from_client_l1_instantaneous_value UNSIGNED32 apparent_power_from_client_l2_instantaneous_value UNSIGNED32 apparent_power_from_client_l3_instantaneous_value UNSIGNED32 active_power_to_client_current_average_3 UNSIGNED32 active_power_abs_Q1_Q2_ n_abs_Q3_Q4_current_aver age_3 SIGNED32 active_power_abs_Q1_Q2_ p_abs_Q3_Q4 UNSIGNED32 power_factor_instantaneous_value SIGNED32 power_factor_l1_instantaneous_value SIGNED32 power_factor_l2_instantaneous_value SIGNED32 power_factor_l3_instantaneous_value SIGNED32 power_factor_minimum_1 SIGNED32 measurement_period_for_instantaneous UNSIGNED32 active_power_to_client_current_average_1 UNSIGNED32 active_power_from_client_current_average_1 UNSIGNED32 reactive_power_to_client_current_average_1 UNSIGNED32 ELSETA...
- Page 10 reactive_power_from_client_current_average_1 UNSIGNED32 apparent_power_to_client_current_average_1 UNSIGNED32 apparent_power_from_client UNSIGNED32 active_power_to_client_last _average_1 UNSIGNED32 active_power_from_client_last_average_1 UNSIGNED32 reactive_power_to_client_last_average_1 UNSIGNED32 reactive_power_from_client_last_average_1 UNSIGNED32 apparent_power_to_client_last_average_1 UNSIGNED32 apparent_power_from_client_last_average_1 UNSIGNED32 voltage_l1_under_limit_duration UNSIGNED32 voltage_l2_under_limit_duration UNSIGNED32 voltage_l3_under_limit_duration UNSIGNED32 voltage_l1_under_limit_magnitude UNSIGNED32 voltage_l2_under_limit_magnitude UNSIGNED32 voltage_l3_under_limit_magnitude UNSIGNED32 voltage_l1_over_limit_duration UNSIGNED32 voltage_l2_over_limit_duration UNSIGNED32 voltage_l3_over_limit_duration UNSIGNED32 voltage_l1_over_limit_magnitude UNSIGNED32 voltage_l2_over_limit_magnitude UNSIGNED32 voltage_l3_over_limit_magnitude UNSIGNED32...
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Page 11: P1 Connector Circuit In Meter
32-bit signed integer (2 words) -2 147 483 648... + 2 147 483 647 UNSIGNED32 32-bit unsigned integer (2 word) 0... 4 294 967 295 P1 connector circuit in meter Fig.1. ConMod internal structure and connection diagram Technical Information ELSETA... -
Page 12: Led Status Indication And Control
System Dimension 91 x 18 x 67 mm Working temperature -25°C | +55°C -25°C | +55°C and >95 %RH (none Recommended operating conditions condensing) Configuration Web browser (Laptop and smartphone) Electrical specifications P1 interface Connectivity – 0,5m 6pin cable with RJ12 connectors Overvoltage protection up to ±65V Functions... -
Page 13: Connection And Configuration Over Wi-Fi
ConMod is compatible with meters that have a DSMR interface. After physically connecting the ConMod to the meter and turning it on, it becomes a Wi-Fi access point. To connect to ConMod click on Wi-Fi settings and connect to a new network – ConModP1: Connection will redirect the user to the main configuration web page: ELSETA... - Page 14 As seen in the image above, there is a message indicating that no AP (access point) is set. This means that the user will have to enter a password. To do so, simply click on Configure Wi-Fi, then select the Wi-Fi you are connecting to and enter the required credentials for this specific access point: After entering the correct credentials click on save.
- Page 15 There is also an option to read all the parameters from the meter without connecting ConMod to WCC Lite. Those parameters could also be found on the user interface by clicking on P1 raw data. It will show Obis codes and their corresponding values. ELSETA...
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Page 16: Information Of The Equipment Manufacturer
Information of the equipment manufacturer Office address: L. Zamenhofo st. 3 LT-06332 Vilnius Lithuania Tel.: +370 5 2032302 Email: support@elseta.com On the web: www.elseta.com Work hours: I-V 8:00-17:00...
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