- Machine Code
- OT136
- Manufacturer
- RENZMAN
- Modello
- DISTILLER - WASHING AND SOLVENT DISTILLATION UNIT
- Year
- 2009
- Note
- Parts washer Renzmann type 340-27 Washing area 2500 x 900 x 500 mm ( w x d x h ) Explosion proof device, according to ATEX, for washing printing press parts with all common solvents . Front-loading washing machine with closed washing chamber and integrated separate solvent supply. Operating of machine is only possible with closed lift lid . Loading in removable strainer basket (stainless steel). Washing spray system with oscillating rotating spraying pipes. Fixed spray rinsing system. Heavy-duty washing pump/ex-motor unit. Removable filters for the protection of the spray system, the washing pump and the tubes. Filling level control for integrated solvent reservoir (operating level / maximum filling level). Inner exhaust with heavy-duty ventilator and pneumatically controlled air intake and air mix valves. Automatic washing program; including washing – dripping – rinsing – dripping – exhaust; all program steps can be selected individually DISTILLER TYPE ROTO 140 = having a vessel containing 400 ltr. The RENZMANN distillation units type ROTO recover contaminated solvents through batch distillation. The material to be distilled is filled into the distillation vessel in batch quantities or continuously. A rotating scraper system permanently cleans the heat transfer surfaces; thus it is possible to distil even highly contaminated solvents and waste inks, to reduce the residue to a large extent, and to discharge it automatically. The safety requirements for solvent distillation units are fulfilled, explosion-proof according Atex: category 1/2, explosion group IIB, temperature class T3. Filling capacity: approx. 140 l Vessel capacity: approx. 300 l Distillation output: approx. 30-60 l/h (depending on the solvent values may differ) Electric heating: 9 kW Basic version: Cylindrical, vacuum-tight distillation vessel, flanged lid, solvent-resistant coating . Pressure relief safety valve . Heating jacket with thermal oil as heat transfer medium, oil expansion tank with minimum-level switch LS22as safety against a lack of oil, thermostat TC23 for setting the heating temperature, additional temperature limiter, explosion-proof electric immersion heaters EEx-de installed in the heating jacket . Insulation of vessel, heating jacket and lid . Water-cooled condenser W21, temperature limiter TS21 switches off the heating or the supply of heat transfer medium if a set distillate temperature at the condensate outlet is exceeded due to a lack of cooling water The rotating scraper systemkeeps the heating surfaces largely free of residues and incrustations and agitates the vessel contents; it is driven by an explosion-proof motor via a worm gear; in case of overload, the system is shut off by a motor circuit breaker Soil-resistant sliding valve S22; after manual opening with the hand wheel, the residue is discharged through the scraper rotation The unit is mounted on sturdy supports, compact version to allow transportation through a 2000 mm x 1000 mm door; the residue can be discharged into a container of up to 650 mm height or into a wheeled residue container Sight glass and explosion-proof halogen lamp on the lid; the distillation process can be observed from the floor via a mirror Automatic systems included in the basic version: automatic filling stop triggered by a vibration limit switch (LS21) in combination with a pneumatic ball valve H25 in the filling line (valve closes in case of power failure); processing of the signals from the level indicators in the clean/used solvent containers (filling stop, heating shutoff). The temperature limiter TS22 shuts off the heating if the temperature of the solvent vapor exceeds a set maximum temperature. Control cabinet with operator controls and pilot lamps, to be installed outside the hazardous area Separate control box for the pneumatic system(maintenance of pneumatic elements can be performed without opening the control cabinet; electric components are not exposed to damp compressed air
| Machine Code | OT136 |
| Manufacturer | RENZMAN |
| Modello | DISTILLER - WASHING AND SOLVENT DISTILLATION UNIT |
| Year | 2009 |
| Note | Parts washer Renzmann type 340-27 Washing area 2500 x 900 x 500 mm ( w x d x h ) Explosion proof device, according to ATEX, for washing printing press parts with all common solvents . Front-loading washing machine with closed washing chamber and integrated separate solvent supply. Operating of machine is only possible with closed lift lid . Loading in removable strainer basket (stainless steel). Washing spray system with oscillating rotating spraying pipes. Fixed spray rinsing system. Heavy-duty washing pump/ex-motor unit. Removable filters for the protection of the spray system, the washing pump and the tubes. Filling level control for integrated solvent reservoir (operating level / maximum filling level). Inner exhaust with heavy-duty ventilator and pneumatically controlled air intake and air mix valves. Automatic washing program; including washing – dripping – rinsing – dripping – exhaust; all program steps can be selected individually DISTILLER TYPE ROTO 140 = having a vessel containing 400 ltr. The RENZMANN distillation units type ROTO recover contaminated solvents through batch distillation. The material to be distilled is filled into the distillation vessel in batch quantities or continuously. A rotating scraper system permanently cleans the heat transfer surfaces; thus it is possible to distil even highly contaminated solvents and waste inks, to reduce the residue to a large extent, and to discharge it automatically. The safety requirements for solvent distillation units are fulfilled, explosion-proof according Atex: category 1/2, explosion group IIB, temperature class T3. Filling capacity: approx. 140 l Vessel capacity: approx. 300 l Distillation output: approx. 30-60 l/h (depending on the solvent values may differ) Electric heating: 9 kW Basic version: Cylindrical, vacuum-tight distillation vessel, flanged lid, solvent-resistant coating . Pressure relief safety valve . Heating jacket with thermal oil as heat transfer medium, oil expansion tank with minimum-level switch LS22as safety against a lack of oil, thermostat TC23 for setting the heating temperature, additional temperature limiter, explosion-proof electric immersion heaters EEx-de installed in the heating jacket . Insulation of vessel, heating jacket and lid . Water-cooled condenser W21, temperature limiter TS21 switches off the heating or the supply of heat transfer medium if a set distillate temperature at the condensate outlet is exceeded due to a lack of cooling water The rotating scraper systemkeeps the heating surfaces largely free of residues and incrustations and agitates the vessel contents; it is driven by an explosion-proof motor via a worm gear; in case of overload, the system is shut off by a motor circuit breaker Soil-resistant sliding valve S22; after manual opening with the hand wheel, the residue is discharged through the scraper rotation The unit is mounted on sturdy supports, compact version to allow transportation through a 2000 mm x 1000 mm door; the residue can be discharged into a container of up to 650 mm height or into a wheeled residue container Sight glass and explosion-proof halogen lamp on the lid; the distillation process can be observed from the floor via a mirror Automatic systems included in the basic version: automatic filling stop triggered by a vibration limit switch (LS21) in combination with a pneumatic ball valve H25 in the filling line (valve closes in case of power failure); processing of the signals from the level indicators in the clean/used solvent containers (filling stop, heating shutoff). The temperature limiter TS22 shuts off the heating if the temperature of the solvent vapor exceeds a set maximum temperature. Control cabinet with operator controls and pilot lamps, to be installed outside the hazardous area Separate control box for the pneumatic system(maintenance of pneumatic elements can be performed without opening the control cabinet; electric components are not exposed to damp compressed air |
