Steam Cure52 Curing Chamber– Product Overview

Product Name: Steam Cure52

Product Description:

The first curing chamber designed for industrial battery plates. The CAM STEAM CURE 52 chamber was first designed and implemented during the 1970s, when plates for lead acid batteries were normally cured under jute bags. During the 1980s we developed the CAM curing chamber head: this consists in a system in which steam is used to create the moisture needed for curing, whereas heating is carried out by a blown air gas burner together with a heat exchanger.

This curing chamber has been designed to create the temperature and moisture conditions necessary to transform the free lead content (Pb) on the treated plates into PbO and to dry + and – plates.

The STEAM CURE 52 is a manually loaded. It’s also possible to install a rolling door with automatic opening.
It’s an automatic curing chamber with a capacity of 52 standard pallets. The chamber head generates the desired humidity and temperature conditions inside the chamber in a consistent and precise manner for the entire duration of the curing and drying cycle.

The internal walls are all made of Inox AISI 304 stainless steel so that the chamber will preserve the plates from iron oxide contamination.

The air flow inside the chambers is laminar and horizontal. The horizontal air flow will cure both horizontally or vertically arranged plates with the same high-quality results.

Thanks to the use of steam, each pallet in the chamber is homogeneously cured because steam particles have a smaller diameter with respect to atomized water particles. Osmotic water is used in the STEAM CURE 52 as an emergency vector: for example, if during the cycle there is a problem with the steam supply in the factory, the cycle can be completed by using osmotic water.

A PLC and a Siemens KTP operator’s panel are used to control and manage the process, guaranteeing a minimum oscillation of the process parameters, thus assuring consistent quality.

The software program has been designed and set for automotive battery plates. Obviously, the parameters such as temperature, humidity, and duration of the cycles can be programmed on the basis of your production needs. In the case of a series of chambers, the system can be equipped with a SCADA so that it is possible to have intelligent control of the production system, with visualization of the system in real time with historical data of the graphs and alarms.

Data Sheet:

CAPACITY: 16 standard pallets per cycle
STEAM CURE DIMENSIONS: L 3180 x W 2490 x H 3970 [mm]

Utilities:

STEAM: 80 kg/h; PRESSURE 1 Bar; PIPE SIZE INLET: 1 “;
COMPRESSED AIR: FLOW 3000 l/h; PRESSURE 6 Bar; PIPE SIZE INLET: 1/2 “
NATURAL GAS: flow 42 m3/h; pressure (40÷80) mbar
ELECTRIC ENERGY: INSTALLED POWER 18 kW; 400 V 3ph; 50 Hz.

 

Plate Capacity Characteristics 54 Cam Type Pallets (800X1030X520) per room

Number of Plates per Pallet: (Pos. +) 3.920 (Neg. -) 4.900
Number of Plates per Room (Pos. +) 211.680 (Neg. -) 264.600
Kg of Lead per Pallet (Pos. +) 176 (Neg. -) 196
Kg of Lead per Room (Pos. +) 9.504 (Neg. -) 10.584
Kg of Mass per Pallet: (Pos. +) 320 (Neg. -) 390
Kg of Mass per Room: (Pos. +) 17.280 (Neg. -) 21.060
Pallet Weight: Kg (45÷50) each
Total weight per pallet: (Pos. +) Kg 546 (Neg. -) Kg 636
Total weight per chamber: (Pos. +) Kg 29.484 (Neg. -) Kg 34.344
Cycle time ‘horizontal plates’: (20÷28)h
Cycle time ‘vertical plates’: (16÷24)h

Product Layout:

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