NM0321302R
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EHS — Twin Heat Module with Stainless Steel Case (Ramp Controllers)
Dual-Zone Heat Control Module with Integrated Components SKU: 21302ROverview
The EHS 21302R Twin Heat Module is a rugged, dual-zone heat control unit designed for precise temperature management in industrial heat treatment and thermal processing applications. Built with a durable stainless steel case, this module is engineered to withstand harsh field conditions while delivering reliable and consistent performance.
Equipped with integrated “Ramp” controllers, the unit allows operators to accurately control heating cycles, including gradual temperature increases and controlled cooling profiles. The inclusion of fuses, indicator lights, and heavy-duty Albright contactors ensures safe and efficient operation, while providing clear system status visibility during use.
Designed as a compact and portable solution, the Twin Heat Module is ideal for applications requiring controlled heating across two independent zones, making it a versatile component for heat treatment systems used in oil & gas, fabrication, and power generation industries.
What's Included
| Item | Details |
|---|---|
| Twin Heat Module | Dual-zone heat control unit with stainless steel enclosure |
| Ramp Controllers | Integrated temperature ramp control system |
| Albright Contactors | Heavy-duty contactors for reliable switching |
| Fuses | Built-in protection components |
| Indicator Lights | Visual status indicators for operation monitoring |
| Power Cord | 6 ft industrial power cord |
| Output Cables | Heating connection cables |
| Documentation | Operating instructions and system overview |
Box Dimensions & Shipping Weight (Estimated)
| Parameter | Imperial |
|---|---|
| Length | 24.0 in |
| Width | 18.0 in |
| Height | 16.0 in |
| Dimensions (L × W × H) | 24.0 × 18.0 × 16.0 in |
| Weight | 65.0 lb |
Key Specifications
| Parameter | Details |
|---|---|
| Model | 21302R |
| Configuration | Twin heat module (2 zones) |
| Enclosure | Stainless steel case |
| Control Type | Ramp temperature controllers |
| Contactors | Albright industrial contactors |
| Protection | Integrated fuses |
| Indicators | Built-in status indicator lights |
| Power Connection | 6 ft power cord |
| Application | Heat treatment and thermal control |
Performance Features
Dual-Zone Heating Control
Supports two independent heating circuits, allowing precise temperature control across multiple areas simultaneously.
Ramp Controller Integration
Provides controlled heating and cooling cycles, ensuring accurate temperature profiles for critical heat treatment processes.
Heavy-Duty Electrical Components
Equipped with Albright contactors and industrial-grade components for reliable switching and long service life.
Integrated Safety Features
Built-in fuses and indicator lights enhance operational safety and provide real-time system feedback.
User-Friendly Operation
- Clear control layout for easy operation
- Visual indicators for system status monitoring
- Simplified setup for field and workshop use
- Efficient control of multiple heating zones
Built for Industrial Environments
- Stainless steel enclosure for durability and corrosion resistance
- Designed for harsh field conditions
- Reliable performance under continuous operation
- Suitable for demanding heat treatment applications
Compatibility
Compatible with:
- Heat treatment systems and heating elements
- Thermocouple monitoring systems
- Power consoles and control units
- Industrial temperature control setups
Ideal Applications
- Post-Weld Heat Treatment (PWHT)
- Preheating and controlled heating processes
- Pipeline construction and maintenance
- Oil & gas field operations
- Power generation and heavy fabrication
- Multi-zone industrial heating applications
About EHS
EHS (Environmental Health Systems) is a leading provider of industrial radiography and heat treatment equipment, delivering durable and high-performance solutions for demanding field applications. EHS systems are widely used in oil & gas, pipeline construction, and heavy industry, where reliability, precision, and efficiency are critical.