TAISITE WGL-230L Liquid crystal Electric Forced Air Drying Oven Volume 230L
SE
Temperature control 300 ℃, inner size 600 * 500 * 750mm, LCD dual-column PID temperature control, touch four buttons to set, LCD upper display temperature value, support 17 layers of Shelf, bottom air duct rotary air supply.
Deviation correction, menu button lock, power outage compensation, power outage memory, overlift preventer, constant speed fan
Temperature sensor
pt100
Interior size
600*500*750mm
Dimensions
735 * 625 * 1220mm (W * D * H)
Packing size
898*814*1347mm
Volume
230L
Shelf load bearing
15kg
Shelf Layers
17th floor
Shelf spacing
35mm
Power
(50/60Hz) Rated current AC220V/13.6A
Optional accessories
Shelf, RS485 interface, printer, recorder, external communication, remote control, programmed temperature control, wireless SMS alarm, U disk data storage
WGL-230L
Electric Forced Air Drying Oven
Temperature control 300 ℃, inner size 600 * 500 * 750mm, LCD dual-column PID temperature control, touch four buttons to set, LCD upper display temperature value, support 17 layers of Shelf, bottom air duct rotary air supply.
Features
Adopt PID intelligent temperature control, quickly reach the set value, and run stably.
Auxiliary menu to realize overheating alarm, deviation correction and menu lock.
Vertical double air duct air jacket, centrifugal forced air supply from the turbine, more uniform temperature.
A variable speed fan enables light, fine, powdery samples to be used.
Forced fan heat dissipation and air intake structure, so that the maximum operating temperature of the fan is <50C for long-term and long-life operation.
Insulated door technology, the outer door temperature is low when used in high temperature state, no deformation.
Pull-out tray partition design scheme, convenient and quick to take and place samples.
The self-developed digital display overheating preventer makes the temperature control more accurate, stable, safe and reliable.
Overheating alarm, menu lock, overheating prevention.
L-shaped LCD multi-data full-screen operation display, power failure memory, power failure compensation.
Patent No
ZL201630486063.2
ZL201320059701.3
ZL201921000740.X
ZL201920940767.0
ZL201921001075.6
Packing list:complete-built unit X1, manual X1, certificate of conformity X1, warranty card X1
[Note]Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.
FAQ
QHow to ensure the Stability and durability of the fan during long-term operation?
A
The drying oven adopts a forced fan cooling intake structure, which effectively reduces the operating temperature of the fan and ensures that the fan still maintains Stability and life under high load and long-term operation. This design makes the maximum operating temperature of the fan lower than 50 degrees Celsius, which greatly extends its service life and Reliability.
QHow to realize power outage memory and power outage compensation function of PID thermostat?
A
This drying oven is equipped with an LCD dual-row PID thermostat, which can record and remember the set parameters and operating status before the power outage. Once the power is restored, the thermostat can automatically compensate for the temperature fluctuations caused by the power outage, ensuring the operation Stability and product safety.
QWhat are the advantages of the PID intelligent temperature control technology of the drying oven?
A
The PID controller can quickly adjust the power output of the heating element based on real-time temperature feedback, thus quickly reaching the set temperature and maintaining stable operation. This precise control not only improves the accuracy of temperature control (fluctuation is only +/- 1.0 ° C), but also saves energy consumption and extends the life of the equipment.
QHow does the vertical double air duct sleeve ensure uniform temperature distribution?
A
The vertical double air sleeve design of the drying oven uses turbine centrifugal forced air supply technology, so that the hot air can flow evenly through every corner of the working room. This design not only effectively reduces the temperature layer, but also ensures the Accuracy of the temperature distribution of the sample during the drying process, which is especially suitable for handling temperature-sensitive samples.