LOD/GLASSWARE DRYING/HOT AIR/LAB OVEN
Product Details:
Technical Specificaons
Temperature Range : 50°C to 250°C Accuracy : ≤ +/- 0.5°C Uniformity : ≤ +/- 3.0°C*

Models	Cap. in liters	Internal size in mm	External size in mm	Tray Qty	Tray size in mm	Connected Load
AO/10	100	450Wx450Dx500H	655Wx1020Dx1070H	2	360Wx450Dx30H	1.75 KW
AO/20	200	600Wx600Dx600H	805Wx1170Dx1170H	3	510Wx600Dx30H	2.75 KW
AO/40	400	600Wx700Dx950H	805Wx1270Dx1520H	3	510Wx700Dx30H	4.25 KW

 
Standard Chamber Features & Provisions:
Construction: Dynamically Designed PUF & Glass wool filled Double walled, Inner Tank & outer body with SS 304 with 100 mm thickness
Sample Storage: Trays: Perforated types (CNC punched). Strengthened with support rails to prevent  deformations, Height adjustable  to every ½” or Wire Mesh Trays as per requirement.
Door: Glass wool Insulated External Projected door mounted with imported hinges & locks, Door frame is secured with silicone gasket on entire perimeter to ensure air tight, leak tight chamber.
Door Operation: Biometric &/or Password protected-from software & HMI
Control System:
Ergonomically designed Control Panel.
Ferrule printed wiring.
Advanced PLC Program with built in processor-based Auto Tuning.
 4.3” HMI Color LED Display.
Built in Redundancy & Safety.
Advanced High Accuracy PT100 “Transmitter Sensors” with output of 4-20 mA.
Temperature Control: PLC Controlled “U” Shaped SS Air Heater Banks.
Safety: Dedicated Thermostats for: Chamber High Temperature.
PLC Safety Cut Off for Temperature: High, Higher.
Stand Alone Ovens (LOD, Glassware Drying, Hot Air, Lab):
Ovens are recognized by multiple names depending on their usage like: Hot air ovens, Loss On Drying (LOD) Ovens, Lab Oven & Glassware Drying Oven.
Ovens use dry heat to sterelize rapid drying of materials which are not heat sensitive & can withstand high temperature (eg. Glassware & certain chemical powders from which moisture needed to be removed), curing & testing at high temperature. 
Allyone ovens are meticulously designed for uniform heat distribution within the chamber & well insulated so as to keeps the heat in and conserve energy, resulting in time & power saving.