BS-1200P full protection waste air conditioner radiator stripper granulator machine
1.Air Conditioner Radiator Stripper Machine Introduce,how to remove copper from ac unit,pls see our machine details :
BS-1200P AC radiator stripping machine is an environment-friendly equipment, used for separating copper pipes from aluminum. Designed and manufactured by us, This machine is a newly-designed compact one, taking up small area. Little materials (radiators) will be lost during processing, so this machine is practical and economical.
2. AC Radiator Stripper Machine Structure and Parameters
- Machine Structure
This machine is consisted of a frame, two motors, two speed reducers, material feeding part, material cutting part, material separation part, transmission part and material feeding panel.
- Machine Parameters
Motor: 3kw (One Set) + 4kw (One Set)
Speed Reducer: 2 Sets
Voltage: 380v or Customized
Frequency: 50Hz/60Hz
Triangle belt: A Type (1200mm); B Type (1200mm)
Centerline of two copper pipes in radiators shall be 19mm or 21mm or 25mm.
For our air conditioning radiator copper and aluminum separating machine can process all kinds of scrap / waste radiator, single layer, double layer,3layer and 4layer.
3: AC Radiator Copper and Aluminum Separating Recycling Machine:
G.W./N.W.:650/600KG PACKING SIZE:1.8*0.95*1.3 OUTPUT:3T(8HOURS)
Item Model No. | control | protect | Single and double radiator changing | output | Blades changing frenquency |
BS-1200P | Electric control box | All closed | By handle(more convenience) | 3t/day | About 300T,only need to change less blades |
3. Radiator Copper and Aluminum Separating Machine Notes before Working
Before delivery, the machine is already adjusted to the condition for processing radiators on the main market (19mm, 21mm, 25mm).
- Check if the power is connected well;
- Check if the Guiding Rulers for each part is at the right position;
- Check if the two Adjusting Wheels of each pair (total three) are on same level;
- Start the machine and check if the machine is running at the right direction.
4. AC Radiator Stripping Granulator Material Preparation
- Iron heads of radiators must be cut off the two sides of radiators;
- Radiators must be cut with a band saw according to the width of each Material Inlet;
- Radiators that are more than 2 layers must be cut into one layer and two layers with the band saw;
- Do not feed radiators into wrong Material Inlets (three inlets each are for 19mm, 21mm, 25mm radiators respective);
- This machine is suitable for processing one layer radiators when it is shipped to customers. When you need to process two-layer radiators, just remove the iron covers from the Lower Blade Roller to expose the blades.
- When two-layer radiators are processed, the left side of the radiators shall touch the left side of each Material Inlet, and the first copper pipe in the Upper Layer to the left side of each Material Inlet must be nearer than the first copper pipe in the Lower Layer to the Left Side of each Material Inlet.
- For both one-layer and two-layer radiators, the left side of radiators must touch the Guiding Rulers and are radiators must be fed into Material Inlets along the guiding rulers.
- When radiators are fed into Material Inlets correct, each Feeding Gear at the Material Inlet must be at the middle of each two copper pipes; or copper pipes and aluminum will not be separated.
- Twisted radiators can not be processed.
5. AC Radiator Peeling Machine Processing
- Turn the Reversing Switch and check the rotating direction.
- Inject oil into the two oil holes in the left and right side of the machine to lubricate transmission gears (normally once per 4 working hours).
- Push different radiators into different Material Inlets according to their specs (19mm, 21mm, 25mm); the left side of radiators must touch the left side of Material Inlets; or, the right side of radiators must touch the right side of Material Inlets (the first copper pipe in the Lower Layer shall be nearer to the Guiding Ruler, different with Ⅳ.6); when radiators are pushed into Material Inlets, Feeding Gears will gnaw at radiators and take them into the machine.
- After radiators are taken into the machine, copper pipes and aluminum are separated and come out of the machine automatically.
- According to the layers of radiators and their height, adjust each pair of Adjusting Wheels on the machine (after adjusting, tighten screws below).
6. Trouble-shooting
- In radiator separating, if radiators move towards left direction or right direction, check if the two Adjusting Wheels of each pair are on the same level.
- When abnormal noise appears in working, check the working conditions of transmission gears, bearings and Speed Reducer as well as motors.
- When radiators can not be cut from top to bottom, check if Triangle Belts are loose which causes slipping; or check if the blades become blunt.
- After working for a period, Speed Reducer lubricant shall be replaced; check if screws become loose or not; check if blades and Feeding Gears become loose or not.
- Buy BS-1200P full protection waste air conditioner radiator stripper granulator machine for sale,price,BS-1200P full protection waste air conditioner radiator stripper granulator machine exporter/importer,suppliers,factory,manufacturers in China.
- Bs-010 duurzaam met CBLE knippen de draden strippen.
- Herstel van de koper van de machine alleen zware radiator bs-1200s
- Populaire beton splitsing van hydraulische bs-hd90a bouw van instrumenten
- Diamant draad zag bs-90am beton snijden.
- Bs-600tm graniet, snijden, snijden beton snijden.
- Bs-009 elektrische kabels draden strippen.
- Bs-700 handen energie - eenheid
- De handleiding bs-006 afval kabel pellen.
- Bs-006 stripper
- Heavy duty AC copper and aluminum radiator stripping separating recycling
- Newest Radiator Recycling Machine With Five Processing Sizes From BSGH Manufacturer Wholesale
- Multifunction Radiator Separating Machine From BSGH Equipment On Sale
- Most Technologically Advanced AC Coil Cutting Machine Radiator Stripping Recycling Production Line For Scrap Copper And Aluminum Separating Recovery