Technical data | | Description | Data | | | External Dimensions: | Width | 2.600 mm | | Depth (without charging unit) | 1.600 mm | | Height | 2.550 mm | | Loading height | 830 mm | | | | Max. basket dimensions*: | Length x Width x Height | 530 x 320 x 200 mm | | | | Max. basket weight: | 80 kg | |
| | Solvent type: | Universal machine suitable for chlorinated hydrocarbons, such as Perchloroethylene, Trichloroethylene and Methylene Chloride, hydrocarbons
and specially modified alcohols, all with flashpoints above 55°C |
| | Performance Data: | Typical cleaning time for 35 kg steel
Cleaning > vapour degreasing > drying | single bath unit: 3 min
twin bath unit: 4 min | | Equipment warm-up time | 60 min | | Noise level | < 75 db(A) | | Ultrasonic unit (optional) – power rating | 2 x 600 W,25 kHz, 17 W/l
or
2 x 1.000 W,25 kHz, 21,5 W/I | | Solvent capacity | single bath unit: 217 l
twin bath unit: 338 l | | Heating output | 13,2 kW | Maximum electrical load,
subject to machine configuration | CKW unit: 20–24/23–25 kW
KW unit: 19–23/21–24 kW | | Waste oil capacity (nominal) | up to 18 l |
| | Transport dimensions: | Transport weight – Machine | single bath unit: 3.000 kg
twin bath unit: 3.300 kg | | Transport weight – Automatic charging unit | 600 kg | Request: Datasheet  Double throughput per time unit The R1’s ultra fast cycle times ensure maximum productivity – delivering the same throughput as many competitors’ much larger machines. High contaminant separation Extremely high contaminant separation rates ensure maximum solvent life and cleaning performance. Clean room air, low emissions The R1 incorporates state-of-the-art vacuum degreasing technology – eliminating emissions and providing maximum solvent utilisation throughout an extended operating life. Innovation with fully developed technique Developed from its highly successful V1 model, PERO’s R1 incorporates the company’s innovative vacuum degreasing technology, high precision components and proven controls – to provide unrivalled cleaning performance over a long service life. Clear operator guidance On-board condition monitoring and simple text displays give up-to-the-moment feedback on the unit’s operation. In addition, an intuitive diagnostic programme provides fault finding and suggested corrective actions – ensuring maximum equipment availability and minimum downtime costs. PERO R1: Safeguarding the environment; Minimising operating costs; Ensuring compliance with all emissions legislation - Extreme thermal efficiency guarantees low energy consumption and running costs
- Dry parts and filter residue ensures negligible solvent usage
- Proven vacuum degreasing technology provides low stabilising agent consumption
- Compliance with all relevant safety and emissions legislation, including EU Solvent Emissions Directive (SED) and more stringent German 31 BImSchV and 2 BImSchV standards.
* other basket or pallet sizes available to special order
All information contained in this document is provided without warranty.
Through our policy of continuous product development, equipment specifications may be amended at any time without notice. |
| The Fastest In its class But don’t just take our word for it.
With ultra short cycle times, outstanding throughput and the highest standards of surface cleaning, PERO’s R1 sets a new benchmark in component cleaning performance. PERO’S INNOVATIVE AND COST-EFFECTIVE CLEANING TECHNOLOGY IS IDEAL FOR: - Machined components
- Punched, drawn and extruded parts
- Precison ground products
- Close tolerance electro-mechanical items
- Aerospace components
- Engine and motor industry parts
- Heat exchangers
- Special purpose units
Prove Out Prior to shipping, each PERO cleaning machine is rigorously tested under simulated production conditions. In addition, all workholding equipment is thoroughly tested as part of the prove out procedure, which also includes the measurement and recording of emissions values. As a result, installation and commissioning at the customer’s site are completed quickly and effectively – enabling the unit to be brought into service with the minimum of delay. | |
