The Yamato DKN602 is a forced convection laboratory oven engineered for precise temperature control in drying, curing, and heat treatment applications. Built around microprocessor-based PID control, it delivers ±1°C accuracy at 210°C and ±2.5°C temperature distribution uniformity across its 150 L (5.3 cu ft) stainless steel chamber. The unit reaches maximum temperature in approximately 60–120 minutes depending on configuration.
Technical Specifications
• Internal Capacity: 150 L (5.3 cu ft)
• Operating Temperature Range: 40°C to 260°C
• Temperature Adjustment Accuracy: ±1°C at 210°C
• Temperature Distribution Accuracy: ±2.5°C at 210°C; 0.9°C at 100°C; 2.0°C at 200°C
• Max. Temperature Reaching Time: 60–120 minutes
• Heater: SUS pipe heater, 1.34–1.5 kW
• Circulation Method: Forced air via Scirocco fan with condenser-type motor (10 W)
• Interior Construction: Type 304 (18-8) stainless steel
• Exterior Construction: Cold rolled steel with melamine resin baking finish
• Thermal Insulation: 2 inches rock wool
• Exhaust Port: 30 mm I.D. × 2 (top-mounted); 30 mm I.D. cable hole (right side)
– Key Features
• Microprocessor PID temperature controller with digital UP/DOWN key input
• Dual LED display: green for measured temperature, red for setpoint
• 30-step, 3-pattern programmable controller with repeat capability; up to 15 segment/30 step programs supported
• Operating modes: Fixed setting, Programmed, Quick Auto stop, Auto stop, Auto start
• Timer range: 1 minute to 999 hours 50 minutes
• Auto-tune calibration, calibration offset, and zero-span calibration functions
• Self-diagnostic fault detection: temperature sensor abnormal, heater disconnection, SSR short—with audible and visual alarms
• Automatic overheating prevention and key lock function
• Electrical leakage breaker with overcurrent protection
– Electrical Specifications
• Power Requirements: 115 VAC, 50/60 Hz
• Total Power Draw: 1200 W
• Heater Power: 1.34–1.5 kW
• Fan Motor Power: 10 W
– Typical Applications
Drying, curing, and heat treatment processes requiring stable thermal environments and programmable cycle control.
