Caloritech 14″ 240V 300W SS Series Strip Heater (SS1192)

Description

The Caloritech 14″ 240V 300W SS Series Strip Heater (SS1192) is a highly versatile and economical electric heating component designed for a broad spectrum of industrial and commercial applications. Engineered for consistent heat delivery, this strip heater is an essential tool for maintaining optimal temperatures in various processes and equipment. Its robust construction ensures reliable performance in demanding environments, making it a preferred choice for engineers and maintenance professionals seeking effective thermal solutions.

KEY FEATURES AND BENEFITS:

• Efficient Heat Transfer: Features a high-temperature alloy resistance wire uniformly coiled and embedded in a special refractory material, ensuring excellent heat transfer to the sheath and subsequently to the heated surface or air.
• Broad Application Versatility: Suitable for diverse tasks including surface heating of platens, dies, molds, and tanks, as well as process air heating for drying cabinets and ovens, and winterizing industrial equipment.
• Reliable Construction: Encased in an aluminized steel sheath, compressed under high pressure for durability and resistance to corrosion, ensuring a long operational life.
• Simplified Integration: Equipped with two offset bolt-type terminals at one end and slotted holes for straightforward surface mounting.
• Safety Assured: Certified by both CSA and UL, meeting recognized safety standards for electrical heating devices.

SPECIFICATIONS:

• Length: 14 inches (356 mm)
• Width: 1-1/2 inches
• Voltage: 240V
• Wattage: 300W
• Watt Density: 8 W/in²
• Sheath Material: Aluminized Steel
• Terminals: Two offset bolt-type
• Screw Size: #10-32
• Slotted Hole Dimensions: 5/8″ L x 9/32″ W
• Warranty: 1 year limited warranty
• Heat Output: 1,023 Btu/hour

HOW TO USE:

1. Mounting: Securely mount the Caloritech SS1192 strip heater to the desired surface using the provided slotted holes and appropriate fasteners. Ensure the heater is clamped along its entire length for optimal surface contact and heat transfer.
2. Electrical Connection: Connect the two offset bolt-type terminals to your power source (240V) according to local electrical codes and safety guidelines. If using a control panel, connect the heater leads to the designated output terminals of the controller.
3. Temperature Control (Optional): For precise temperature management, integrate the heater with a suitable control device such as a heating control panel, mechanical thermostat, or a bi-metal thermostat installed on the heater’s surface. Ensure the thermostat’s rating matches the heater’s electrical specifications.
4. Power On: Once all connections are secure and verified, apply power to the heater circuit. Monitor the initial operation to ensure proper heating and functionality.
5. Maintenance: Regularly inspect the heater and its connections for any signs of wear, damage, or loose connections. Keep the heater surface clean for efficient operation.

BENEFITS OF USING CALORITECH 14″ 240V 300W SS SERIES STRIP HEATER (SS1192):

• Provides consistent and uniform heat distribution, leading to improved process efficiency.
• Reduces downtime by offering a reliable heating solution for critical industrial equipment.
• Contributes to energy savings through targeted heat delivery and efficient operation.
• Extends the lifespan of machinery and components by preventing moisture accumulation and maintaining optimal operating temperatures.
• Offers a cost-effective heating alternative for various industrial applications.
• Enhances safety in operations due to its certified design and robust construction.

FEATURES:

• Integrated resistance wire delivers consistent and efficient heat generation.
• Special refractory insulation enhances heat transfer and electrical isolation.
• High-pressure compression ensures optimal thermal conductivity and durability.
• Pre-drilled slotted mounting holes simplify installation on flat surfaces.
• Offset terminal layout allows flexible wiring configurations.
• Capable of operating at high temperatures up to 1000°F (538°C).
• Adaptable for lower voltage applications with reduced wattage output.
• Suitable for OEM integration into equipment such as HVAC systems and lab apparatus.