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CSH4-Series
Stainless Steel Strip Heater Opposite End Terminals
Models In Stock
- A Reliable Heat Source with Seamless Stainless Steel Sheath
- Flat Surface Mounting Installations
- Used in Hundreds of Industrial and Commercial Heating Applications
- Ovens
CSH4-Series
From
$
102.92
Models In Stock
Product Overview
- Applications Dies, Food and Beverage, Food Processing Equipment, Heat and Energy Systems, Heating Equipment, Molds
- Form factor Strip
- Height 0 in
- Current, Max Lead Wire Termination: 10 amp ; Screw Terminations: 10-32UNF—25 amp
- Mounting Slot Size 8 mm x 13 mm
- Number of Mounting Holes 2
- Physical Size Construction Limitations Width:16 mm (5/8") Wide Heaters: +0.000, -0.005";25 mm and 38 mm (1 and 1 1/2") Wide Heaters: +0.000, -0.010"; Thickness: 6 mm (1/4") Thick Heaters: +0.000, –0.005",8 and 10 mm (5/16 and 3/8") Thick Heaters: +0.000, –0.008";[10 mm (3/8") thick heaters have radius corners];Length:Up to 24": ± 1/16";Over 24": ± 1/8"
- Power Density 20 W/in²
- Power Density, Max 45 W/in²
- Power Tolerance 5%, -10%
- Resistance Tolerance 10%, -5%
- Sheath Material 304 Stainless Steel
- Sheath Temperature, Max 650 °C
- Special Bushings Size 13 mm x 16 mm
- Voltage, Max 480 Vac
- Voltage Note 480 Vac (when applicable)
Channel Strip Heaters have proven to be extremely efficient and dependable as a heat source for surface heating in hundreds of industrial and commercial applications. The rectangular tube gives full surface contact when used in a milled slot to provide maximum heat transfer area.
For surface mounting installations, channel strip heaters must be securely clamped along their entire length to a smooth metal surface. When supported by mounting tabs, the terminal end should be secured firmly. Opposite end should be loose to allow for thermal expansion.
For surface mounting installations, channel strip heaters must be securely clamped along their entire length to a smooth metal surface. When supported by mounting tabs, the terminal end should be secured firmly. Opposite end should be loose to allow for thermal expansion.
PDFs & Manuals
