Uponor A3800161 Smatrix Pulse Mini Sensor

Technical Specification

Features:
  • Make: Uponor
  • Model code: A3800161
  • Type: Controls
  • Operating Temperature: 32 ~ 122 °F
  • Compliance and Standards: IC RSS-210|ICC RSS-Gen|FCC 47 CFR Part 15
Additional info:

Smatrix Pulse provides precise wireless control of radiant floor heating as well as forced-air heating and cooling systems in one solution that connects to a smart home assistant and can also be controlled remotely via the Smatrix Pulse App. The Smatrix Pulse Mini Sensor (T-161) is an operative temperature sensor that provides precise measurement of thermal comfort in an inconspicuous, discreet package. The Mini Sensor connects via wireless technology to the Smatrix Pulse Controller (X-265). The controller can connect up to six (6) thermostats (or mini sensors) and eight (8) actuators. The controller operates the actuators, which, in turn, affect the flow of the supply water to change the indoor temperature using information transmitted from the registered thermostats and system parameters.

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Make Uponor
Manufacturer GF Building Flow Solutions (Uponor)
Category Components>Equipment Mounting and Support
Model code A3800161
Type Controls
Operating Temperature 32 ~ 122 °F
Compliance and Standards IC RSS-210|ICC RSS-Gen|FCC 47 CFR Part 15
Additional info

Smatrix Pulse provides precise wireless control of radiant floor heating as well as forced-air heating and cooling systems in one solution that connects to a smart home assistant and can also be controlled remotely via the Smatrix Pulse App.

The Smatrix Pulse Mini Sensor (T-161) is an operative temperature sensor that provides precise measurement of thermal comfort in an inconspicuous, discreet package. The Mini Sensor connects via wireless technology to the Smatrix Pulse Controller (X-265). The controller can connect up to six (6) thermostats (or mini sensors) and eight (8) actuators. The controller operates the actuators, which, in turn, affect the flow of the supply water to change the indoor temperature using information transmitted from the registered thermostats and system parameters.

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