Ensystec · MeteringEnsystec-Leak-Protect-Zigbee

Leak protect controller with Zigbee module. Reports power and water leaks, and exposes a switched output.

Ensystec Ensystec-Leak-Protect-Zigbee device photograph
Photograph: Zigbee2MQTT (GPL-3.0)

Connection

EpiSensor Gateway with Zigbee radio running Edge

Documented Zigbee support describes the path Edge would use. It is not an EpiSensor compatibility claim for this model.

Readings and controls

What the pinned upstream definition exposes for this exact model. Units and ranges are only shown when that source states them.

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Name Type Access Unit Range
switch switch — — —
state_1 binary Read and write — —
water_leak binary Read — —
battery_low_1 binary Read — —
power enum Read — —
alarm_reset enum Write — —
force_open_6 enum Write — —
input_1_water_meter_7 numeric Read and write m3 0–281474976710655
input_1_divisor_7 numeric Read and write — 1–16777215
input_1_multiplier_7 numeric Read and write — 1–16777215
input_2_water_meter_8 numeric Read and write m3 0–281474976710655
input_2_divisor_8 numeric Read and write — 1–16777215
input_2_multiplier_8 numeric Read and write — 1–16777215
input_3_water_meter_9 numeric Read and write m3 0–281474976710655
input_3_divisor_9 numeric Read and write — 1–16777215
input_3_multiplier_9 numeric Read and write — 1–16777215
input_4_water_meter_10 numeric Read and write m3 0–281474976710655
input_4_divisor_10 numeric Read and write — 1–16777215
input_4_multiplier_10 numeric Read and write — 1–16777215
input_5_water_meter_11 numeric Read and write m3 0–281474976710655
input_5_divisor_11 numeric Read and write — 1–16777215
input_5_multiplier_11 numeric Read and write — 1–16777215
input_6_water_meter_12 numeric Read and write m3 0–281474976710655
input_6_divisor_12 numeric Read and write — 1–16777215
input_6_multiplier_12 numeric Read and write — 1–16777215
input_7_water_meter_13 numeric Read and write m3 0–281474976710655
input_7_divisor_13 numeric Read and write — 1–16777215
input_7_multiplier_13 numeric Read and write — 1–16777215
input_8_water_meter_14 numeric Read and write m3 0–281474976710655
input_8_divisor_14 numeric Read and write — 1–16777215
input_8_multiplier_14 numeric Read and write — 1–16777215
input_9_water_meter_15 numeric Read and write m3 0–281474976710655
input_9_divisor_15 numeric Read and write — 1–16777215
input_9_multiplier_15 numeric Read and write — 1–16777215
input_10_water_meter_16 numeric Read and write m3 0–281474976710655
input_10_divisor_16 numeric Read and write — 1–16777215
input_10_multiplier_16 numeric Read and write — 1–16777215
state_2 binary Read and write — —
position_percent_2 numeric Read % —
electric_valve_connection_out1_2 binary Read — —
state_3 binary Read and write — —
position_percent_3 numeric Read % —
electric_valve_connection_out2_3 binary Read — —
input_1_config_7 enum Read and write — —
input_2_config_8 enum Read and write — —
input_3_config_9 enum Read and write — —
input_4_config_10 enum Read and write — —
input_5_config_11 enum Read and write — —
input_6_config_12 enum Read and write — —
input_7_config_13 enum Read and write — —
input_8_config_14 enum Read and write — —
input_9_config_15 enum Read and write — —
input_10_config_16 enum Read and write — —
input_1_leak_detect_7 binary Read — —
input_2_leak_detect_8 binary Read — —
input_3_leak_detect_9 binary Read — —
input_4_leak_detect_10 binary Read — —
input_5_leak_detect_11 binary Read — —
input_6_leak_detect_12 binary Read — —
input_7_leak_detect_13 binary Read — —
input_8_leak_detect_14 binary Read — —
input_9_leak_detect_15 binary Read — —
input_10_leak_detect_16 binary Read — —
input_1_wire_break_control_7 binary Read — —
input_2_wire_break_control_8 binary Read — —
input_3_wire_break_control_9 binary Read — —
input_4_wire_break_control_10 binary Read — —
input_5_wire_break_control_11 binary Read — —
input_6_wire_break_control_12 binary Read — —
input_7_wire_break_control_13 binary Read — —
input_8_wire_break_control_14 binary Read — —
input_9_wire_break_control_15 binary Read — —
input_10_wire_break_control_16 binary Read — —
channel_1_connection_control_17 binary Read — —
channel_2_connection_control_18 binary Read — —
channel_3_connection_control_19 binary Read — —
channel_4_connection_control_20 binary Read — —
channel_5_connection_control_21 binary Read — —
channel_6_connection_control_22 binary Read — —
channel_7_connection_control_23 binary Read — —
channel_8_connection_control_24 binary Read — —
channel_9_connection_control_25 binary Read — —
channel_10_connection_control_26 binary Read — —
channel_1_leak_detect_17 binary Read — —
channel_2_leak_detect_18 binary Read — —
channel_3_leak_detect_19 binary Read — —
channel_4_leak_detect_20 binary Read — —
channel_5_leak_detect_21 binary Read — —
channel_6_leak_detect_22 binary Read — —
channel_7_leak_detect_23 binary Read — —
channel_8_leak_detect_24 binary Read — —
channel_9_leak_detect_25 binary Read — —
channel_10_leak_detect_26 binary Read — —
channel_1_battery_low_17 binary Read — —
channel_2_battery_low_18 binary Read — —
channel_3_battery_low_19 binary Read — —
channel_4_battery_low_20 binary Read — —
channel_5_battery_low_21 binary Read — —
channel_6_battery_low_22 binary Read — —
channel_7_battery_low_23 binary Read — —
channel_8_battery_low_24 binary Read — —
channel_9_battery_low_25 binary Read — —
channel_10_battery_low_26 binary Read — —

Commissioning

A live socket is not a live measurement. Prove the decode, then keep the map.

  1. Pair the device on the Gateway Zigbee radio in Edge.

  2. Confirm the reported manufacturer and model match this page.

  3. Prove one known reading or control before enabling the rest of the points.

Sources

  1. Ensystec/Ensystec-Leak-Protect-Zigbee (opens in a new tab) zigbee-herdsman-converters · v26.111.0

Related

Built from the pinned Device Directory snapshot. Product names and trademarks belong to their respective owners; publication does not imply endorsement, a commercial relationship, or that EpiSensor has tested this model.