Temperature Controllers Key benefits Precise temperature regulation to maintain process stability and product quality. Flexible control options that adapt to different applications, reducing waste and rework. Easy integration with existing sensors and control outputs, minimizing wiring and setup time. Compact, rugged enclosures designed for demanding environments and space constrained panels. Clear display and straightforward programming enable fast setup and reliable operation. Core attributes Function Digital temperature control with setpoint management, real time feedback, and monitoring. Supports common control modes (PID with autotune, manual, and on/off cycling) to suit a range of processes. Ramp and soak programming for automated temperature profiles. Compatibility Input compatibility with standard thermocouples and RTD sensors to fit existing instrumentation. Multiple control outputs available (relay or solidstate relay options) for flexible heater and compressor control. Remote sensing and sensor offset features to improve accuracy in larger or thermally distributed systems. Size and mounting Compact panelmount design that fits in standard control enclosures. DIN rail compatible variants available for easy integration into modern control cabinets. Slim profile to maximize available panel space without sacrificing visibility or access. Material and construction Enclosures crafted from durable metal or temperature resistant plastics suitable for industrial settings. Built to withstand typical manufacturing and processing environments with reliable longterm operation. Performance accuracy and fast response to temperature changes to maintain tight tolerances. Low drift and stable longterm performance for consistent results. Robust protection features to safeguard equipment and prevent process faults. Specifications at a glance (typical features) Sensor input compatibility with common thermocouples and RTDs. Programmable setpoint with ramp/soak control. Choice of control outputs (relay or solidstate relay). Alarm functionality for and low setpoints to alert on outofrange conditions. Local display with intuitive keypad for quick adjustments. Autotuning capability to optimize PID parameters for the connected heater and process. Remote sensing options to improve accuracy in remote or distributed heating zones. Operating range and power requirements available in model variants to suit different installations. Applications and use scenarios Food processing and bakery equipment Maintain proofing environments, ovens, or holding cabinets with consistent temperatures to ensure product quality and repeatability. Use ramp/soak profiles to smoothly transition through cooking, proofing, and cooling cycles. Plastic and materials processing Precisely control mold temperatures, extruder heaters, or annealing ovens to improve material properties and process yield. Integrate with existing heater banks and sensors for centralized temperature management. Laboratory and research equipment Regulate incubators, drying ovens, and reaction chambers for controlled experiments and sample preparation. Remote sensing and multipoint control support for distributed temperature management in test setups. General industrial process control Any application requiring reliable, easytoprogram temperature regulation with clear visibility and robust protection features. Suitable for panel installations in control rooms, machine centers, or equipment housings with limited space. Why choose this temperature controller It provides a clear balance of accuracy, versatility, and ease of integration, enabling reliable temperature management across multiple applications without extensive . Its modular approach to sensors, outputs, and mounting makes it adaptable to a wide range of existing systems and future upgrades. Built to deliver consistent performance with straightforward maintenance, helping maintain uptime and process quality.