Bench Oven, Analog, 7.0 Cubic Feet, 225C/437F Max Temp

Bench Oven, Analog, 7.0 Cubic Feet – Compact Lab Heating

You want this bench oven because it’s compact and efficient. You wanted a smaller footprint. And now you have 1in (25mm) wall insulation. Large capacity bench ovens are versatile equipment that can process many materials at high temperatures. Dual range °F/°C dial thermometer in the door and lighted on/off rocker switch.

This model is forced convection with incolloy sheathed heating elements, double wall steel construction, corrosion resistant interiors and baked hammer tone exterior finish. Gasketed double door with high impact cool handles and 2in (51mm) high density mineral wool insulation. Two adjustable chrome plated shelves and 6ft (1.8m) grounded cord with plug. Controlled by hydraulic thermostat. Electrical components 50/60Hz single phase UL listed and CSA approved.

Capacity: 7.0 cu. ft. (198L)

Temperature Controller: Digital Temperature Recorder Calibrated Dial-Type

Max Temp: 437°F (225°C)

Dimensions: 33”x36”x24” (WxDxH)

Chamber Dimensions: 26”x24”x20” (WxDxH)

Electrical Requirements: 110V/60Hz/18.34A

You need the Quincy Lab 21-350 Bench Oven because you needed a compact and efficient oven with standard features and a smaller footprint. Now you have 1in wall insulation for maximum heat retention and energy efficiency.

Incoloy sheathed heating elements for fast and even heat throughout the chamber. Double wall steel construction for durability and corrosion resistant interiors for long life.

The Quincy Lab 21-350 Bench Oven is designed for easy access and convenience. Gasketed doors with high impact cool handles for safe operation at high temps. 2in high density mineral wool insulation to keep the heat in and save energy.

Two adjustable chrome plated shelves for flexibility in storing and arranging your items. Grounded 6ft cord with plug for easy and safe electrical connection. Controlled by hydraulic thermostat for precise control.

Overall the Quincy Lab 21-350 Bench Oven is a great product for many heat applications. Compact, precise temperature control and durable construction make it perfect for labs, research institutions and many other industries.

Quincy 21-350 Bench Oven, Analog, 7.0CF, Maximum Temp. 225C/437F

Quincy Lab Bench Ovens are designed for industrial lab use, large work space and portability. These units are great for thermal testing, self-batch processing, curing and many other applications. With many models and sizes to choose from Quincy Lab Bench Ovens have something for every need and budget. Whether you need a small for a small lab or a larger for industrial applications Quincy Lab has a solution for you.

Features and Benefits

Lab ovens have many standard features including fan forced air circulation, incoloy sheathed heating elements, gasketed doors and digital PID microprocessor control. The digital PID microprocessor provides easy temperature setting, temperature tracking and soak capability for precise control of the heating process. Other benefits of lab ovens include rapid run-up and recovery times, portability and large work spaces. They are designed to meet specific needs including compliance with various standards such as NFPA 86. Buy a Small All Purpose Lab Oven 120V 50/60Hz 800W from our selection of Grain, Seed and Feed Equipment. Lab ovens are built to handle the most demanding applications including thermal testing and are fully tested before shipping to ensure reliability and efficiency.

Quincy 21-350 Bench Oven, Analog, 7.0CF, Maximum Temp. 225C/437F

Quincy Lab Bench Ovens have stainless steel interior and aluminized exterior for durability and corrosion resistance. Quincy Lab Bench Ovens meet the following standards for compliance with ASTM testing standards. The ovens have a virtual non-contact exterior to interior cabinet design to reduce thermal conductive transfer. High density industrial thermal fiber insulation and a reliable quick-sensing hydraulic thermostat for excellent temperature stability and recovery performance. Heavy-duty chrome plated wire shelves can support up to 80lbs. and can be spaced on 1.5” centers to provide up to 56 square feet of shelf surface. This rugged construction can withstand the daily use in industrial environments.

Temperature Control for Quincy 21-350 Bench Oven, Analog, 7.0CF, Maximum Temp. 225C/437F

Quincy Lab Bench Ovens have a digital P.I.D. microprocessor temperature controller for precise temperature control. When flammable solvents or vapors are present it’s important to follow safety standards for safe operation. The ovens have a maximum temperature of 550°F (288°C) and are suitable for many applications. The temperature control has ramp & soak capability, countdown timer and J-type thermocouple for accurate and reliable temperature control. This allows users to program complex temperature profiles making these ovens great for processes that require precise thermal management.

Applications and Uses for Quincy 21-350 Bench Oven, Analog, 7.0CF, Maximum Temp. 225C/437F

Quincy Lab Bench Ovens are great for testing, self-batch processing, curing, baking, evaporating and dehydrating various media and soil aggregate. These ovens can handle many processes such as curing, drying and testing. The ovens are ideal for industrial labs and many industries such as manufacturing, research and development. With their portability and large spaces.

Quincy Lab Bench Ovens are perfect for saving space and increasing productivity. Whether you need to process small batches or large volumes these ovens give you the flexibility and efficiency to meet your needs.

Maintenance and Repair

Maintenance is key to optimal performance and longevity of lab ovens. This means cleaning the oven regularly, checking the heating elements and replacing worn out parts. Follow the manufacturer’s instructions for maintenance and repair to avoid damaging the oven and for safe operation. Lab ovens may expose you to chemicals including diethylhexyl phthalate (DEHP) which is known to the State of California to cause cancer or birth defects or other reproductive harm. So handle lab ovens with care and follow proper safety protocols to minimize exposure to harmful chemicals.