The Sagemcom CS 50001 is part of Sagemcom’s range of smart metering products. It is typically a:
The original manual often lacks detailed troubleshooting, communication protocols (DLMS/COSEM), or practical installation tips.
If you do not have a time-discriminated tariff (a flat rate), your meter may not be configured to separate the readings. In this case, reading 1.8.0 (Total) is the only number that matters for your bill.
The manual provides a complex wiring diagram with 20+ terminals. Here is the "better" version.
Terminal Blocks (Standard configuration):
| Terminal | Label | Connection | | :--- | :--- | :--- | | 1, 2, 3 | L1, L2, L3 | Voltage inputs (Phase 1, 2, 3) | | 4, 5, 6 | N | Neutral connection | | 7, 8, 9 | I1 P1 – P2 | Current Transformer (CT) leg 1 | | 10, 11, 12 | I2 P1 – P2 | Current Transformer leg 2 | | 13, 14, 15 | I3 P1 – P2 | Current Transformer leg 3 | | 16, 17 | COM / RS485 | Modbus communication (A / B) | | 18, 19 | Pulse Output | For external monitoring |
Better Tip #2: The "CT Polarity" rule. Half of all "meter not working" complaints come from reversed CTs. The manual mentions it, but here is the golden rule: P1 (Line side of CT) faces the grid. P2 (Load side) goes to the meter. If your reading is negative or zero under load, swap the wires on terminals 7-8.
Better Tip #3: Voltage before Current. Always wire the voltage (terminals 1-6) FIRST. The meter needs power to initialize before it reads the CTs. If you wire CTs first, you risk magnetic saturation and inaccurate readings.
If you are looking for the manual to install or troubleshoot the device, here are the standard technical details:
Some Sagemcom meters allow for a small amount of "emergency credit" to be activated so you aren't left without power immediately.
The Sagemcom CS 50001 is part of Sagemcom’s range of smart metering products. It is typically a:
The original manual often lacks detailed troubleshooting, communication protocols (DLMS/COSEM), or practical installation tips.
If you do not have a time-discriminated tariff (a flat rate), your meter may not be configured to separate the readings. In this case, reading 1.8.0 (Total) is the only number that matters for your bill.
The manual provides a complex wiring diagram with 20+ terminals. Here is the "better" version.
Terminal Blocks (Standard configuration):
| Terminal | Label | Connection | | :--- | :--- | :--- | | 1, 2, 3 | L1, L2, L3 | Voltage inputs (Phase 1, 2, 3) | | 4, 5, 6 | N | Neutral connection | | 7, 8, 9 | I1 P1 – P2 | Current Transformer (CT) leg 1 | | 10, 11, 12 | I2 P1 – P2 | Current Transformer leg 2 | | 13, 14, 15 | I3 P1 – P2 | Current Transformer leg 3 | | 16, 17 | COM / RS485 | Modbus communication (A / B) | | 18, 19 | Pulse Output | For external monitoring |
Better Tip #2: The "CT Polarity" rule. Half of all "meter not working" complaints come from reversed CTs. The manual mentions it, but here is the golden rule: P1 (Line side of CT) faces the grid. P2 (Load side) goes to the meter. If your reading is negative or zero under load, swap the wires on terminals 7-8.
Better Tip #3: Voltage before Current. Always wire the voltage (terminals 1-6) FIRST. The meter needs power to initialize before it reads the CTs. If you wire CTs first, you risk magnetic saturation and inaccurate readings.
If you are looking for the manual to install or troubleshoot the device, here are the standard technical details:
Some Sagemcom meters allow for a small amount of "emergency credit" to be activated so you aren't left without power immediately.