1-2126-33-28 Constant Temperature Dryer (program specification, forced convection system) with Window, Left Door, with Pre-shipment Validation OFWP-600V
Thông số kỹ thuật
Validated products are Azuwan original services that conduct FAT (Factory Acceptance Test) at Azuwan before shipping.
Validate (FAT) before shipping.
After receiving the order, a FAT instruction form (plan) is sent to the user, and after the signature is returned, the FAT is performed.
Appendix: FAT report/Calibration Certificate of used measuring instrument copied
*I am attaching Azwan's original FAT instruction manual (see the sample at the bottom left of the Screen).
Temperature points: 9 points at 270 degrees Celsius
Interior dimensions (mm): 600 x 497 x 500
Door: Left
Temperature control range: room temperature + 20 ~ 270 degrees C
Maximum temperature reach time: approximately 55 minutes
Temperature distribution (JTM K05): +/- 8 degrees C (at 270 degrees C)
Temperature variation (JIS): +/- 1.5 degrees C (at 270 degrees C)
Temperature Gradient (JIS): 25 degrees C (at 270 degrees C)
Temperature control method: PID control, SSR output
Additional function: Program specification - > Program function of up to 8 steps x 4 patterns
Safety device: Digital setting type overrise prevention function/Overcurrent breaker/burnout mechanism (Heater OFF when sensor is disconnected)
Heater capacity: 1400 W
Temperature Sensor: K thermocouples x 2 (1 each for controlling temperature and preventing excessive rise)
Shelf Pitch/Number of Racks: 35 mm Pitch/11 Racks
Exterior/Interior: Steel powder coating/SUS 304 (some SUS 443 J 1)
Vent: 32 mm in diameter x 2
External dimensions: 700 x 617 x 810 mm
Storage capacity: approximately 150 L
Weight: approximately 50 kg
Power Supply: 100 VAC 50/60 Hz Cord Length: 2.4 m (3 P Plug)
Current rating: 14.5 A
Shelf load capacity: 5 kg
Accessories: 2 shelf boards, 2 shelf rails
*Do not put combustible materials in the cabinet.
*If you would like to request a local IQOQ, please contact us separately. We need your installation address for the estimate.
