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  • Multi Input Programmable Pid Temperature Controller 1200 C Maxwell Dual LED Four Digits Display Celsius or Fahrenheit Switchable
  • Multi Input Programmable Pid Temperature Controller 1200 C Maxwell Dual LED Four Digits Display Celsius or Fahrenheit Switchable
  • Multi Input Programmable Pid Temperature Controller 1200 C Maxwell Dual LED Four Digits Display Celsius or Fahrenheit Switchable
  • Multi Input Programmable Pid Temperature Controller 1200 C Maxwell Dual LED Four Digits Display Celsius or Fahrenheit Switchable
  • Multi Input Programmable Pid Temperature Controller 1200 C Maxwell Dual LED Four Digits Display Celsius or Fahrenheit Switchable
Multi Input Programmable Pid Temperature Controller 1200 C Maxwell Dual LED Four Digits Display Celsius or Fahrenheit Switchable

Multi Input Programmable Pid Temperature Controller 1200 C Maxwell Dual LED Four Digits Display Celsius or Fahrenheit Switchable

  • 10 - 49 Pieces
    $65
  • 50 - 99 Pieces
    $62
  • >= 100 Pieces
    $60

Customization:

Customized logo（Min.Order: 100 pieces）
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Multi Input Programmable Pid Temperature Controller 1200 C Maxwell Dual LED Four Digits Display Celsius or Fahrenheit Switchable

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precise Temperature Control: Utilizes PID algorithm to regulate temperatures up to 1200°C, ensuring stability in industrial processes, laboratories, and HVAC systems.
  • Dual LED Display: Switchable Celsius/Fahrenheit interface with four-digit precision, enabling clear real-time monitoring of current (PV) and set (SV) temperatures.

Key features

  • 1. Corrosion-Resistant Metal Body for Industrial Durability

    • With a corrosion-resistant metal body, you can ensure reliable operation in harsh industrial environments. This design is up to 3x more durable than plastic alternatives*, making it ideal for prolonged use in demanding settings.

  • 2. Programmable Interface with Multi-Program Presets

    • With a programmable interface featuring multi-program presets, you can customize temperature parameters for diverse applications. Setup is 20% faster than non-programmable models*, streamlining workflows for HVAC, lab, or manufacturing processes.

  • 3. High-Precision PID Control Up to 1200°C

    • With PID technology and a maximum temperature capacity of 1200°C, you can achieve precise temperature stability (±0.5°C) in high-heat processes. This outperforms non-PID controllers by 40% in stability*, ensuring consistent results for demanding applications.

  • 4. Global Compatibility and Versatile Connectivity

    • Switch between Celsius and Fahrenheit for seamless use worldwide, and connect to multiple sensors via versatile terminals. This supports integration into HVAC systems, laboratories, and industrial machinery*, enhancing adaptability across scenarios.

  • 5. Certified for Safety and Compliance

    • Certified to CE and IEC/EN60730 standards, you can trust its safety and reliability. These certifications ensure compliance with EU and international safety regulations*, providing peace of mind for commercial and industrial use.

Product details

Multi Input Programmable Pid Temperature Controller 1200 C Maxwell Dual LED Four Digits Display Celsius or Fahrenheit Switchable

The Multi Input Programmable PID Temperature Controller is a robust, metal-enclosed device designed for precise temperature regulation in industrial, HVAC, and laboratory applications. With a dual LED display showing current (PV) and set (SV) temperatures up to 1200°C, it offers customizable control modes, certifications for safety compliance, and versatile connectivity options.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialAluminum/Stainless Steel EnclosureHarsh industrial environments
Display Type4-Digit LED (Celsius/Fahrenheit)Clear temperature monitoring in labs
Temperature Range0°C to 1200°CHigh-temperature furnace control
CertificationsCE, IEC/EN60730Compliance for global industrial use
Control ModesPID AlgorithmPrecision heating/cooling processes
ConnectivityTerminals (AU1, AU2, OP1, OP2, COM)Integration with sensors/actuators

Customization guide

Adjustable parameters include:

  • Temperature Units: Switch between Celsius and Fahrenheit for global compatibility.
  • Alarm Thresholds: Customize AU1/AU2 indicator triggers for safety protocols.
  • PID Settings: Tune proportional, integral, and derivative values for specific process requirements.

Get inspired

With its rugged design and programmable features, this controller empowers engineers to maintain precise thermal conditions in demanding environments—from sterilization chambers to HVAC systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature800°C1000°C1200°C
DisplaySingle-digit PVDual PV/SVDual PV/SV + Unit Switch
CertificationsCECE + IEC/EN60730CE + IEC/EN60730 + ATEX
Control ModesBasic PIDPID + Auto-TuningPID + Auto-Tuning + Remote Access

Supplier's note

  1. Technical Breakthroughs:

    • 1200°C Range: The Pro Model’s extreme temperature capability exceeds industry standards, enabling use in high-temperature furnaces.
    • Dual Display: Simultaneous PV/SV monitoring reduces manual adjustments, improving efficiency by 20% in HVAC systems.
    • IEC/EN60730 Compliance: Ensures fail-safe operation in safety-critical applications like medical sterilization.

  2. Optimal Version Selection:

    • Base Model: Ideal for standard HVAC or low-temperature labs needing basic PID control.
    • Advanced Model: Suitable for industrial processes requiring auto-tuning and enhanced safety certifications.
    • Pro Model: Best for high-temperature applications (e.g., metalworking) where remote monitoring and ATEX compliance are critical.

With the Pro Model’s 1200°C capability, you can safely regulate temperatures in metallurgical furnaces, while its ATEX certification ensures safe operation in explosive environments. The Advanced Model’s auto-tuning feature reduces setup time by 30% compared to manual calibration. Choose based on your temperature demands and compliance needs.

Frequently asked questions

  • Which programmable PID temperature controller suits industrial high-temperature applications up to 1200°C?

  • How do I maintain and clean the frothing nozzle-like terminals on a PID temperature controller?

  • Why is the metal enclosure better than plastic for PID temperature controllers in labs?

  • Can this programmable temperature controller be customized for HVAC systems?

  • Is the Maxwell Dual LED display PID controller FDA-approved for food processing?

  • What are the benefits of the dual LED four-digit display on this PID controller?

  • Does the 1200°C PID controller work with multiple sensor types for lab environments?

  • How accurate is the temperature control for this PID controller in small-scale manufacturing?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Temperature RangeIndustrial furnaces, smelting1200°C (▲) – Exceeds industry standard of 800°C (ISO 1234). Advanced: 1500°C (▲▲)Enables extreme-temperature applicationsRequires specialized sensors, higher cost
Display TechnologyFactory control rooms, labsDual LED (500 cd/m² ▲) – High contrast (IEC 61294). Advanced: Touchscreen (▲▲)Clear visibility in bright environmentsHigher power consumption
Safety CertificationsMedical/food industriesCE, IEC/EN60730 (▲) – Ensures 99.9% operational safety. Advanced: Adds UL (▲▲)Regulatory compliance guaranteedCertification costs increase
Control MethodPrecision labs, R&DPID with auto-tuning (▲) – Reduces error by 30% (ASTM E1441). Advanced: Adaptive algorithms (▲▲)Stable and precise temperature controlRequires programming expertise
Connectivity OptionsAutomated systems integration6 terminal ports (▲) – Supports IoT devices (IEC 61131-2). Advanced: Wireless (▲▲)Seamless integration with smart systemsComplex setup for non-experts
Material DurabilityHarsh outdoor environmentsStainless steel (▲) – Resists corrosion (ASTM A240). Advanced: Explosion-proof (▲▲)Withstands extreme conditionsHeavier, bulkier design

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