Powered by new advanced algorithms that deliver outstanding control and a connected solution
CC200 Case Controller
Stand-alone controller for low- and medium-temperature connected refrigeration applications.
Stand-alone controller for low- and medium-temperature connected refrigeration applications.
A refrigeration control that puts you in control delivering improvements in energy savings, reliability, food quality and overall store health.
Powered by new advanced algorithms that deliver outstanding control and a connected solution
Easy support for up to three evaporators with snap-together Expansion Module design
Single power supply for main controller, expansion modules and display simplifies wiring and reduces labor costs
Modular design allows up to three evaporator coils per case
Seamless coordination of refrigeration case lineups with support for up to eight cases in a lineup
Stand-alone case control provided by connected controller
Fast, intuitive installation enabled by color-coded inputs, clear labeling and pluggable-style terminal blocks
Greater system reliability supported by built-in sensor redundancy algorithms
New demand defrost feature runs defrost cycles only when necessary, which can reduce energy consumption
Case Study
In late 2021 and early 2022, Copeland began several pilot tests of its Case Controller 200 (CC200), a stand-alone case control system, at retail stores in Dallas, Texas; Tulsa, Okla.; and Conyers, Ga. The dramatic results of these upgrades hold the promise of significant improvements in energy savings, store health scores, refrigeration system reliability and food quality. The CC200 quickly provided benefits across the board simply by replacing the existing controller. Pilot sites saw measurable improvements in system reliability and energy savings within hours, with no new sensor or valve hardware. Food quality and health scores are also on course to improve — all while simplifying service, maintenance and troubleshooting.
“The CC200 has been a good controller to work with. Wiring and programming is user-friendly. The app is intuitive and very easy to work with. It has all pertinent information in an easy-to-use format.”
Senior Project Manager
CC200 Main Controller
The Case Controller 200 (CC200) is a microprocessor-based controller for use in controlling temperature and Superheat in refrigerated fixtures and walk-in boxes.
CC200 Case Display
The CC200 case display shows temperatures and values from the CC200 controller on an LED display.
CC200 Expansion Module
CC200 Expansion module is built with the necessary onboard IO to add additional IO for modular coil case designs or multi-evaporator walk-in boxes.
Copeland's new Cold Chain Connect mobile app simplifies factory setup and testing compared to previous configuration methods. Bluetooth® connectivity delivers vital refrigeration system data to your mobile device in real time. Easy access to graphing, alarm data, parameter values and component overrides allow service techs to diagnose refrigerated case problems easier than ever before.
CC200 Case Controller FAQs
Copeland’s CC200 case controller is made up of four main components: the main controller, the expansion module, the case display and our new Cold Chain Connect mobile app for Bluetooth connection. It is designed for controlling air temperature, superheat and evaporator pressure for refrigerated display cases and walk-in boxes. It can control low, medium, and dual temperature case designs and a variety of loads and valves. This controller is compatible with a variety of synthetic refrigerants and CO2.
The CC200 case controller’s solution supports control of up to three evaporator coils and one stepper EEPR valve, as a maximum. The expansion module is a valve driver with onboard input and output capacity to handle additional evaporators and valves that need to be controlled. Each expansion module comes with PWM and stepper valve outputs which allow addition of one additional expansion valve. The expansion module valve compatibility is the same as the CC200 main controller so any valve that is approved on the main controller can also run on the expansion module. The expansion valve is not a stand-alone component and must be used with the CC200 main controller.
When you achieve the precise temperature, superheat and pressure performance results while reducing time spent during system commissioning, without paying for labor to adjust TXV’s in every case or to tune evaporator pressure setpoints, it simplifies refrigeration system startup and maintenance post startup. Labor expenses are reduced, and startup complexity is reduced. With over 40 data points about evaporator and controller operation and 12 service commands available in one screen, diagnosing or simply checking system operation has never been easier.
For retailers and OEMs that want the capability to switch between fresh and frozen applications within the same display case, the CC200 case controller offers dual temperature case design support. Separate low- and medium-temperature setpoints for air temp and evaporator SST (when EEPR is used) make it easy to configure the CC200 for dual temperature operation.
