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DZF-6020-HT400P Vacuum Oven with 25L Stainless Steel Chamber, Quartz Observation Window, 400°C Max Temperature, Flow Meter, Water Chiller & Rotary Vane Vacuum Pump

Chamber Size: 12 x 12 x 11 inches (25 L)
Max Temperature: 400°C with 30-segment programmable controller
Includes quartz window, flow meter (200-2000 ml/min), water chiller, and rotary vane vacuum pump
Power: 1600 W, Voltage: 208-240 VAC, Weight: 149 lb

Compliance: CE Certified
Customized: OEM/ODM
Package: Plywood case package

Products

DZF-6020-HT400P Vacuum Oven with 25L Stainless Steel Chamber, Quartz Observation Window, 400°C Max Temperature, Flow Meter, Water Chiller & Rotary Vane Vacuum Pump

The DZF-6020-HT400P is designed for laboratory processes requiring precise temperature control under vacuum conditions, such as drying, curing, vacuum embedding, and plating. Its 25-liter stainless steel chamber (12 x 12 x 11 inches) provides ample space for sample processing while maintaining a controlled environment. The oven features a closable 4″ x 4″ quartz window on the front door, allowing clear observation of samples without compromising temperature uniformity.

This vacuum oven operates up to 400°C with a 30-segment programmable temperature controller that ensures PID precise control and built-in over-temperature protection. The radiant wall heating system promotes temperature uniformity within ±10°C at 100°C in a central 6″ x 6″ x 5″ area. The chamber is sealed with a silicone gasket supported by a water-cooled door flange to maintain vacuum integrity and prolong gasket life. Included accessories enhance operational efficiency and safety, such as two stainless steel shelves, a rotary vane vacuum pump with exhaust filter and KF-D25 inlet, a digital temperature-controlled recirculating water chiller, and a flow meter for gas flow monitoring.

Key Features

  • 25L vacuumable stainless steel chamber with dimensions 12″ x 12″ x 11″
  • Maximum operating temperature of 400°C with 30-segment programmable PID controller
  • Closable quartz observation window (4″ x 4″, 20 mm diameter) for sample monitoring
  • Water-cooled silicone door gasket and door flange for reliable vacuum sealing
  • Includes rotary vane vacuum pump with exhaust filter and KF-D25 inlet port
  • Digital temperature-controlled recirculating water chiller with 16 L/min flow rate
  • Flow meter with range 200 to 2000 ml/min for gas inlet control

Technical Specifications

Parameter Specification
Chamber Material Stainless Steel
Chamber Dimensions (L x W x H) 300 x 300 x 280 mm (12 x 12 x 11 inches)
Chamber Volume 25 Liters
Maximum Temperature 400°C continuous
Temperature Controller 30-segment programmable PID with over-temperature protection
Temperature Stability ±1°C
Temperature Uniformity ±10°C at 100°C (central 6″x6″x5″ area at 25″ Hg vacuum)
Heating Rate Up to 2.5°C/min (RT to 300°C), 1.4°C/min (300°C to 400°C)
Cooling Rate Less than 5°C/min (no rapid cooling)
Thermocouple Type K type
Vacuum Level Less than 5 x 10⁻² torr after pumping; working pressure under 800 torr
Vacuum Pump Rotary vane vacuum pump with exhaust filter and KF-D25 inlet (included)
Gas Inlet 1/4″ stainless steel fitting port with needle valve
Flow Meter Range 200 to 2000 ml/min
Water Cooling Digital temperature-controlled recirculating water chiller, 16 L/min flow rate
Power Consumption 1600 W
Voltage 208-240 VAC (20A circuit breaker included; power cable included without plug)
Weight 149 lb (67.6 kg)

Typical Applications

This vacuum oven is suitable for laboratory drying of moisture-sensitive materials, curing of coatings, vacuum embedding of samples, plating processes, and other applications requiring controlled heating under vacuum.

Configuration & Operating Notes

  • Includes two stainless steel shelves for sample support.
  • Water cooling is required for the silicone door gasket and door flange to maintain vacuum seal longevity; recommended water flow is 16 L/min.
  • Use anti-corrosion coolant in the water chiller for optimal performance.
  • Cooling temperature should be set between 15-20°C to prevent condensation or freezing inside cooling tubes.
  • Slow cooling (<5°C/min) is advised to avoid thermal shock to the quartz window.
  • RS-485 communication port is built-in for PC control; PC software and communication chip are available separately.

Certification

  • CE Certified
  • NRTL or CSA certification available upon request at additional cost

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