Every building and process has unique thermal requirements. We match control strategies to your specific needs, so you get the right level of precision, integration, and monitoring without overcomplicating the system.
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Select your application below to see how our controls platform addresses your specific challenges.
Integrated BMS platforms that unify HVAC, lighting, and access control into a single dashboard. VAV zone control, occupancy-based scheduling, and energy sub-metering help reduce operating costs while maintaining tenant comfort across multi-zone facilities.
Discuss Your ProjectHigh-accuracy temperature sensors (plus or minus 0.3 degrees C) and humidity sensors (plus or minus 2% RH) paired with fast-response electronic expansion valves deliver the tight tolerance bands that server environments demand. Our controllers support hot aisle / cold aisle containment strategies and integrate with DCIM platforms via BACnet IP.
A typical Tier III data center deployment uses our DC-series controllers with redundant sensor inputs and automatic failover logic. In a 2023 deployment for a 2 MW colocation facility in Frankfurt, the controls system maintained server inlet temperatures within 0.5 degrees C of setpoint across 480 racks while reducing cooling energy consumption by 22% through economizer mode optimization.
Discuss Your ProjectHACCP-compatible monitoring with continuous temperature logging, configurable alarm thresholds, and audit-ready data export. Our refrigeration controllers manage defrost cycles, compressor staging, and door open alerts for walk-in coolers and blast freezers.
Discuss Your ProjectGMP-validated temperature and pressure differential control for clean rooms and storage areas. Our systems provide 21 CFR Part 11 compatible electronic records, supporting your qualification and validation documentation requirements.
Discuss Your ProjectMulti-zone temperature monitoring across large warehouse footprints with wireless sensor networks. Cloud dashboards provide real-time visibility across multiple sites, with SMS and email alerts when any zone drifts outside tolerance.
Discuss Your ProjectRobust controllers for chiller plant management, cooling tower sequencing, and heat exchanger temperature control in chemical, petrochemical, and manufacturing environments. Support for 4-20mA, RTD (Pt100/Pt1000), and thermocouple (J/K/T type) inputs with 16-bit ADC resolution.
For process cooling applications, our controllers manage approach temperature optimization on shell-and-tube and plate heat exchangers, targeting approach temperatures as low as 2 degrees C to maximize heat transfer efficiency while preventing fouling acceleration. Safety interlock integration supports emergency shutdown sequences per IEC 61511.
Discuss Your ProjectChoosing the right control strategy involves trade-offs. Here are two decisions we frequently help customers navigate.
Inverter-driven compressors modulate capacity to match real-time load, delivering 30-50% energy savings at part load and precise temperature control. They are the preferred choice for applications with fluctuating demand, such as data centers and multi-zone commercial buildings.
Fixed-speed compressors cost less upfront, have simpler control requirements, and are easier to maintain. In constant-load applications like industrial process cooling or dedicated ice-making lines, fixed-speed units often provide equivalent lifecycle value because the compressor runs near full capacity most of the time.
Our recommendation: Evaluate your facility's load profile before deciding. We offer 30-day monitoring with portable data loggers to help you quantify part-load hours and calculate actual payback periods for inverter upgrades.
Air-cooled chillers have lower installation costs and eliminate cooling tower maintenance. They consume no water, making them suitable for water-scarce regions and rooftop installations. Typical COP ranges from 2.8 to 3.5.
Water-cooled chillers achieve higher COP values (5.0-6.0), offer better part-load efficiency via condenser water temperature reset, and typically last longer. For installations above 500 TR, water-cooled systems generally deliver lower total cost of ownership over a 15-20 year lifecycle.
The controls angle: Water-cooled systems require more sophisticated controls — cooling tower sequencing, condenser water reset, and variable-flow pumping loops. Our BMS platforms handle both architectures, but we help you understand the control complexity trade-off before committing.
We believe you should test our controls in your environment before making a full commitment. Here is how we make that possible.
Request evaluation units of our thermostats, sensors, or BMS controllers for a 30-day bench test in your facility. We ship to qualified engineers at no cost.
Our controls engineers conduct a free one-hour technical review of your building plans and existing infrastructure, providing a written recommendation with specific model numbers, quantities, and wiring diagrams.
For BMS projects, we recommend a pilot zone covering 5-10% of your building before full rollout. This validates sensor accuracy, network stability, and integration with your existing systems under real operating conditions.
See how upgrading from legacy pneumatic or standalone controls to an integrated digital platform changes your daily operations.
Tell us about your facility and goals. Our controls specialists will recommend an approach that fits your timeline, budget, and technical requirements.
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