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GST : 27AAPPR5860C1ZD

Battery Plates Drying Oven

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Battery Plates Drying Oven Specification

Accuracy
+/- 2°C

Condition
New

Heating Capacity
10 kW

Control Mode
Digital Temperature Controller

Heating Method
Hot Air Circulation

Power Source
Electric

Type
Industrial Drying Oven

Model
BPD-241218

Internal Size
2200 mm x 1000 mm x 1600 mm

External Size
2400 mm x 1200 mm x 1800 mm

Volume
3.5 m³

Air Flow
Uniform horizontal airflow

Temperature Range
Ambient to 150°C

Material
Stainless Steel Chamber, Mild Steel Body

Dimension (L*W*H)
2400 mm x 1200 mm x 1800 mm

Power
10 kW

Voltage
415 V AC

Surface Finish
Powder Coated

Door Type
Double Insulated Hinged Door

Application
Battery Plate Drying for Automotive and Industrial Batteries

Tray Capacity
24 Trays

Viewing Window
Tempered Glass

Cycle Time
Adjustable

Installation
Floor Mounted

Control Panel
User-friendly with digital display

Weight
Approx. 750 Kg

Fan Type
Heavy Duty Blower

Safety Features
Over temperature protection, Auto shut-off

Insulation Material
High density glass wool

Battery Plates Drying Oven About

Product Details

Air-Flow Direction	Duel Air Flow
Max Temperature (deg. Celsius)	100-200
Door Type	Double Door
Automation Grade	Manual
Material	Mild Steel
Capacity	100-500 Kg
Thickness	10-15mm
Type	Cabinet Ovens

Advanced Drying Technology

The oven utilizes hot air circulation facilitated by a heavy-duty blower, achieving consistent horizontal airflow across all trays. Its digital temperature controller allows accurate settings from ambient up to 150C, suitable for optimum battery plate drying. High-density glass wool insulation minimizes heat loss and energy consumption throughout each adjustable cycle.

Engineered for Safety and Efficiency

Safety remains paramount with features such as over temperature protection and auto shut-off mechanisms. The double insulated doors help conserve energy while the tempered glass window provides safe observation. Its robust build and powder-coated surface finish ensure longevity and reliability in demanding industrial environments.

User-friendly Operation

Operating the oven is straightforward thanks to an ergonomic digital display and control panel. The adjustable cycle time accommodates diverse drying requirements, while easy floor installation and ample internal volume (3.5 m) offer efficiency for large volumes. This model is designed for rapid setup in manufacturing units across India.

FAQs of Battery Plates Drying Oven:

Q: How does the Battery Plates Drying Oven ensure uniform drying across all trays?

A: The oven uses a heavy-duty blower that creates consistent horizontal airflow, ensuring each of the 24 trays receives even heat distribution. This airflow means every battery plate is dried efficiently regardless of its position in the chamber.

Q: What safety features are built into this drying oven?

A: Safety is assured through over temperature protection and auto shut-off functions. These mechanisms prevent overheating and automatically disable the heating element when necessary, reducing the risk of accidents and protecting both the product and users.

Q: When should I use this oven in the battery manufacturing process?

A: This oven is specifically designed for the drying stage after battery plates are manufactured but before final assembly. Its ideal for both automotive and industrial battery production lines requiring consistent, controlled drying results.

Q: Where is the oven installed and how is it positioned in a workshop?

A: The oven is designed for floor-mounted installation. Its external dimensions (2400 mm x 1200 mm x 1800 mm) accommodate standard industrial layouts, and it should be placed in a well-ventilated workshop area with adequate power supply.

Q: What is the process for operating and adjusting drying cycles?

A: Operating the oven involves loading the trays, setting cycle time and temperature on the digital control panel, then monitoring the drying process via the tempered glass viewing window. Cycle time and temperature can be adjusted based on specific plate requirements for optimal drying results.

Q: Why is high density glass wool used for insulation in this oven?

A: High density glass wool provides excellent thermal insulation, greatly reducing heat loss and contributing to energy efficiency. It helps maintain stable internal temperatures, which are critical for uniform battery plate drying.