Temperature Controllers Purpose and benefits - Provide precise, stable temperature control for heating and cooling processes. - Reduce process variation, protect product quality, and minimize energy waste. - Flexible control options to suit a wide range of equipment and applications. Key capabilities - Control modes: supports typical control strategies such as PID and on/off control for versatile use. - Setpoint management: adjustable setpoint with reliable tracking and steady-state performance. - Alarms and safety: built in high and low alarms to alert operators of excursions. - Auto tuning: simplifies setup by optimizing controller parameters for your process. - Diagnostics: on device indicators and status feedback to aid maintenance. Compatibility and inputs - Sensor compatibility: accepts common sensor types including thermocouples and RTDs. - Signals and outputs: designed to drive relays, solid-state relays (SSRs), or other standard control devices. - System integration: suitable for panel mounting in standard control enclosures. Size, construction, and material - Compact, panel-mount form factor for easy installation in control cabinets. - Durable construction designed for laboratory and industrial environments. - Clear labeling and accessible wiring for straightforward maintenance. Performance and reliability - High accuracy and fast response time to maintain tight temperature control. - Stable long-term performance with reliable operation across typical process ranges. - Robust against electromagnetic interference and environmental conditions found in practical settings. 2-3 use scenarios - Food processing and storage: maintain precise oven, proofing, or chilling temperatures to ensure product safety and consistency. - Laboratory and research: support incubators, climate chambers, and reaction vessels requiring tight temperature regulation. - Industrial manufacturing: control mold temperatures, extrusion equipment, or coating ovens to achieve consistent product quality. How to use - Select appropriate sensor type and connect to compatible input. - Choose control mode (PID or on/off) and set the desired setpoint. - Enable alarms and adjust tuning parameters if needed for your process. - Mount in a standard control panel and wire outputs to the driving device.