Controls

MPC Multi-Protocol DDC Unit Controls

The MPC Multi-Protocol DDC Unit Controls are designed to integrate water-source heat pump equipment into Direct Digital Control (DDC) systems, featuring communication capabilities through BACnet MS/TP, Johnson Controls N2, and Modbus protocols. This controller allows for advanced thermostat functionality, local setpoint adjustments, occupancy overrides, and supports various sensors for temperature, humidity, and occupancy control while enabling seamless operation in both stand-alone and networked environments【4:0†source】.

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Overview

The MPC Multi-Protocol DDC Unit Controls are advanced controllers designed for water-source heat pump applications. They facilitate communication through BACnet MS/TP, Johnson Controls N2, and Modbus protocols, allowing for integration into various DDC systems. The MPC unit features room-temperature sensing, local setpoint adjustments, and supports multiple sensor types for humidity, CO2, and occupancy control. Additionally, it can operate in heating or cooling-only modes and includes a programmable 7-day schedule. The unit is equipped with a high-speed processor, ensuring reliable performance and ease of firmware upgrades.

MPC Multi-Protocol DDC Unit Controls - shown - Front

Features

Standard Features

Room-temperature sensing
Local setpoint adjustment
Local override into Occupied Mode
LED for alarm status
LED for fault status type
Heat pump reset at the wall sensor
Digital room-temperature display
Information from the wall sensors can be reported to the DDC network system
Various combination sensors support temperature control, humidity control, CO2 control, occupancy control, and VOC control
Supports water-to-air application or water-to-water applications

Configurable Options

Communicates through BACnet MS/TP, Johnson Controls N2, and Modbus protocols
Protocol selection via DIP switches for flexibility with building systems
Operates in stand-alone mode or integrates into a DDC network
Includes room-temperature sensing, local setpoint adjustment, and local override into Occupied Mode
LED indicators show alarm and fault status
Supports a 7-day programmable schedule
Operates in heating-only or cooling-only mode
Features one binary auxiliary output customizable for various functions
Allows compressor staging based on runtime or manual control
Supports up to five ASW wall sensors for zone averaging

Performance Specifications

Performance specifications not applicable to this product.

Resources

“With our research, ClimateMaster is number one. We don’t have any outside units—you can sit on the back porch without the unit clicking on or the fan running in the summertime. This being my last house, we really checked into geothermal, and it’s been the perfect solution.”

BrentHomeowner

“Now I’ve got a certified home that is 78% more energy efficient than my neighbors and 48% more efficient than new builds on the market today. I’m saving about $1,750 to $1,800 a year, and as a bonus, I get free hot water as a byproduct of my geothermal system. It’s quiet—I can hear my neighbors’ air source heat pumps, but they don’t hear mine.”

ChadResidential Professional & Homeowner

“We have geothermal—our neighbors don’t, and I know they wish they did. It’s a clean heat, not as drying to the skin, and you can feel the difference. In 6.3 years, we’ll recoup our investment, and after that, it’s all savings. Just plain facts—it saves money. ClimateMaster was the right choice: professional, customer-oriented, and easy to work with.”

PamelaHomeowner

MPC Multi-Protocol DDC Unit Controls

Overview

Features

Standard Features

Configurable Options

Performance Specifications

Resources

97B0031N01

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