SMO5HP-2, SHEL LAB High Performance Oven, 4.9 Cu.Ft. 220V, 1 EACH

UOM: EA SKU: SMO5HP-2

Product Details

SHEL LAB High Performance Ovens are engineered to meet the most critical temperature requirements. They are designed for continuous drying operations at temperatures up to 306 °C. Factory-set overtemperature protection prevents control failure from damaging contents and guards against burnout. The Watlow controller is capable of a 40 step ramp and soak profile, or 4 files with 10 steps per file. Time and temperature are displayed in a three-digit LED readout for fast and accurate setting.

 

Horizontal air flow provides fast heat-up and recovery and ensures rapid drying. Heated air is continuously circulated by twin turbo blowers. Blowers also circulate air to motor bearings to prolong motor life. The stainless steel shelves are adjustable.  Three adjustable air intake and exhaust ports can be opened for fast drying of high-moisture content samples.

 

A high temperature gasket door seal eliminates air leakage and ensures longer gasket life while being subjected to extreme operational temperatures. This unit includes long-lasting, low-watt density heating elements. It also has adjustable heavy-duty hinges and a door latch that are designed for lifetime service.

 

SHEL LAB ovens are available in a broad array of sizes, styles and technology. Some options include:

• Horizontal Air Flow

 

• Unique Intake and Exhaust Control

 

• Space Saving Design

 

• Watlow Controller

 

• Stainless Steel Interior

 

• Built-in Overtemperature Protection

 

• 5 year warranty on parts and labor

SKU:SMO5HP-2
Heat-up (min):10 minutes to 110 °C (20 min to 180 °C)
Shelving:2 Supplied (8 Maximum)
Temperature Control:0.1 °C
Temperature Uniformity:+/-1.0 °C at 110 °C
Temperature Range:15 °C above ambient to 306 °C
Exterior Dimensions WxDxH in. (cm):35 x 30.5 x 37.5 (88.9 x 77.5 x 95.3)
Interior Dimensions WxDxH in. (cm):20.5 x 20.7 x 20 (52 x 52.7 x 50.8)
Capacity:4.9 cu.ft. (139 L)

 

 

 

All specifications are determined by using average values on standard equipment at an ambient temperature of (22 ¬± 3) °C and line voltages within +/-10% of unit type (115V/230V). Temperature specifications follow DIN 12880 methodology. We reserve the right to change specifications at any time.