BASIL 9502 CAGE AND RACK WASHER APPLICATION The Basil 9502 Cage and Rack Washer is intended for use in the sanitation of soiled, reusable animal care devices such as cages, racks, debris pans, feeder bottles, and other miscellaneous items by providing thorough cleaning and optional drying. DESCRIPTION The Basil 9502 Cage and Rack Washer is a mechanical washer equipped with a microprocessor control system. The washer is designed with four factory-set adjustable cycles: rodents, bottles, rabbits, and primates. Six additional cycles are available for customized programming to meet specific operating requirements. Cycles are pre-programmed with mandatory prewash and vapor exhaust phase. Washer is built to seismic design, and includes four exterior mounted fluorescent lights to illuminate the wash chamber. The Basil 9502 Cage and Rack Washer offers manifolded washing independent for each side of the chamber (load side and unload side). The washer is available in a double-door configuration. Size (W x H x L) Overall dimensions: 80-7/8 (washer cabinet) + 35-1/8 (mechanical core) x 111 x 185-1/4" (2054 + 892 x 2819 x 4705 mm) Effective chamber load capacity: 46 x 85-1/2" x 175-1/4" (1168 x 2172 x 4451 mm) STANDARDS (Typical only - some details may vary.) The Basil 9502 Cage and Rack Washer meets the application requirements of the following standards as certified by Underwriters Laboratories (UL): UL Standard (UL) 61010A-1 Canadian Standards Association (CSA), CAN/CSA 22.2 No. 1010.1. International Standard EN/IEC 61010-1 The Selections Checked Below Apply To This Equipment VOLTAGE 380-415 Volt, 3-Phase, 50 Hz, 3-Wire 480 Volt, 3-Phase, 60 Hz, 3-Wire CONTROL LOCATION (AS VIEWED FROM SERVICE SIDE see page 5) Right Left OPTIONS Exhaust Fan Drying System Additional Wash Tank (Second Detergent Tank) Drain Discharge Cool Down Cold Water Injection System Cool Down System with Side Tank OPTIONS (Cont'd) ph Neutralizing System (includes Drain Discharge Cool Down with Side Tank System) Automatic Floor Tilting Exterior Stainless-Steel Jacket Package Flexible Utility and Quick Connection System Automatic Descaler System ACCESSORIES* Leveling Legs for Mechanical Core Flexible Hoses for Utility Connections Barrier Wall Flange Assembly One Set (for Recessing, One Wall) Two Sets (for Recessing, Two Walls) Side Access Panels Floor Ramp Pan Cart Universal Cage and Pan Wash Cart Air Compressor 208 Volt 460 Volt Step-Up Transformer (208 Volt to 480 Volt) Seismic Tie-Down Kit * See SD633 for Material Handling Accessories Item Location(s) SD789 (04/01/09)
FEATURES Sumpless Solution Delivery System. Washer cabinet base is 4-3/4" (121 mm) deep, eliminating the need for a traditional pit, which minimizes architectural challenges. Solutions are heated by two instantaneous, in-line stainlesssteel heat exchangers. Spraying System. Washer includes four horizontally mounted spray headers, two on each side of the wash chamber, to optimize load coverage and cycle time. Spray arms alternate movement vertically. Depending upon the accessory in the chamber and the cycle chosen, manifold connectors are automatically used to deliver wash solution to the accessory during cycle. Inward Sliding Doors. Washer has automatic powered, interior sliding emergency safety exit doors that are designed for hands-free door operation, and elimination of drippage on the floor. Doors open automatically when the load is placed in front of the chamber. The washer is ready for the next cycle. Doors are made of #304 stainless steel (no. 4 finish). Two long, tempered, tinted windows allow the operator to view inside the wash chamber with the doors closed. Doors are equipped with silicone and EPDM gasketing. Mobile Mechanical Cores. Cores contain all major mechanical and electrical components. Mechanical cores are placed on casters to allow for easy access to components of the system and efficient installation. This feature allows for a service access adjustable up to 25" (635 mm) between the cabinet and mechanical core. Mechanical cores are also designed with hinged electrical and chemical dispenser boxes to further promote accessibility to all components of the system. Cores are capable of fitting through a standard doorway. Scavenger Vent System. Located above each door at the interior of the unit, the system includes integral canopy hood and ductwork designed to effectively remove residual vapor exiting the unit when doors are opened at the completion of a wash cycle. Interior Light. Four exterior mounted 20 W fluorescent lights are provided to illuminate the wash chamber. Integral Self-Priming Automatic Chemical Dispenser. Peristaltic pumps dispense a predetermined amount of liquid chemical into the wash solution staging tanks prior to the treatment phase. Chemical flowmeters measure the amount of chemical to inject and monitor the quantity of chemical used. The liquid chemical is equally distributed between the tanks of both mechanical cores. One pump is included as standard. Toolless, Vertical Self-Cleaning Filters. During recirculation, solutions are filtered through two self-cleaning filters before being directed to their respective staging tank(s). Filters are thoroughly flushed between each cycle phase. Cartridges are easily removed for occasional maintenance, without the use of tools, by using a quick-disconnect clamp. Hole diameter of the filters is 1/32". Wash Chamber. Constructed of 14 gauge, #304 stainless steel (no. 4 finish), argon-welded, and polished; base is made of #304 L stainless steel. Chamber flooring consists of six 2 removable stainless-steel panels designed with grating running lengthwise in the chamber, allowing for quiet loading and unloading of cages. Floor grating includes easy pull-up handles to facilitate removal. Treatment Staging Tanks. Tanks are equipped with an automatic solution level control, automatic hot water fill, and safety overflowing piping. Tanks are made of #304 L stainless steel, and are fully insulated with aluminum sheathed fiberglass (1" thick) to prevent heat loss and burn hazard. Bottom of tanks are sloped toward the water outlet for optimum drainability. Each solution tank includes an internal baffle that deflects solutions to tank walls to assure self-cleaning of the tank during the recirculation process. Tank #1 of the main mechanical core is linked by piping to Tank #1 of the secondary mechanical core to maintain the same level of water during the wash phase. The same is true for Tanks #2 and Tanks #3 (additional wash tank) of both mechanical cores. Capacity is 38 U.S. gal (143.85 L) for each tank. Wash solution tanks are equipped with a refresh system that may be programmed from 15% to 100% draining. High Pressure Pump. All treatments are under pressure of two 10 HP (7.46 kw) motors, 60 U.S. gal/min. each at 125 psig (227 L/min. at 8.6 bar) head pressure delivering solution at over 100 psig (6.9 bar) from each spray jet. Pump impellers, shafts, and casings (all #316 L stainless-steel construction) are fitted with a mechanical seal. Pump motors are equipped with a totally enclosed, fan coated (TEFC) drip-proof frame, magnetic starter, overload protection, and sealed bearings (requiring no lubrication). Manifolded Coupling System. Washer is equipped with two couplings in the floor of the washer, capable of diverting recirculated solution through an accessory manifold. Systems are interpiped for automatic operation. Each coupling can be independently activated to permit its use on one side of the chamber and/or on the other side. (Patent number 5,964,955 U.S.) (Pending EP) Ventilation Dampers. Built-in dampers are automatically opened during vapor removal and/or drying phases. Sampling Ports. Sampling ports are fitted in the piping system allowing the operator to safely collect samples of wash or rinse water for titration purpose or verification of rinsing efficacy. Other Components. All components of the wash/rinse system, including screens, spray headers, and piping, are constructed of #304 stainless steel; two 3 HP (2.2 kw) suction pumps are made of #316 L stainless steel; the two boosters in-line heat exchangers are made of #304 stainless steel, and ball valves are constructed of Teflon and #316 L stainless steel. Unit frame, cabinet, mobile mechanical cores, and all fasteners are constructed of #304 stainless steel. Aluminum sheathed rigid fiberglass insulation (1" thick), covering top and sides of chamber exterior, reduces heat loss and noise level to work area.
CYCLE DESCRIPTION ADVISORY NOTE: STERIS does not intend, recommend, nor represent in any way that this Basil 9502 Cage and Rack Washer be used for the sterilization of any animal care or other device which has been contaminated with pathogenic microorganisms. Cleaning System: (Patent number 6,257,254 U.S.) Nonrecirculated Pre-Wash. Fresh water from tank #2 is sprayed over the load, and sent directly to the drains (cool down/neutralization tanks if option is present) flushing the selfcleaning filters instead of being recirculated over the load. Selected time for this non-recirculated phase is 00:20. Wash 1. Wash solution from tank #1 or tank #3 (if second detergent option is present) is recirculated through the spray system for the selected time period (00:00-10:00). Solution can be heated from 120-165 F (49-74 C). Water can be saved and reused for subsequent cycles. Nonrecirculated Rinse (selectable). Fresh hot water from tank #2 is sprayed over the load, and sent directly to drains (cool down/neutralization tanks if option is present), flushing the selfcleaning filters instead of being recirculated over the load. Selected time for this non-recirculated phase is 00:20. Wash 2 (optional). Wash solution from tank #1 or tank #3 (if second detergent option is present) is recirculated through the spray system for the selected time period (00:00-10:00). Solution can be heated from 120-165 F (49-74 C). Water can be saved and reused for subsequent cycles. Nonrecirculated Rinse (selectable). Fresh hot water from tank #2 is sprayed over the load, and sent directly to drains (cool down/neutralization tanks if option is present) flushing the selfcleaning filters instead of being recirculated over the load. Selected time for this non-recirculated phase is 00:20. Final Rinse. Fresh hot water from tank #2 is sprayed over the load and recirculated for the selected time period (00:00-08:00). Solution is heated to 200 F (93 C) at the spray jets to verify that 185 F (85 C) is reached on the surface of the items. Solution is automatically saved for next cycle, unless otherwise selected by supervisor. Vapor Exhaust. Vapor exhaust phase removes hot humid air from the chamber. Selected time for this non-recirculated phase is between 01:00 and 05:00. Nonrecirculated, Heated Air Drying (optional). Drying phase consists of blowing non-recirculated air, heated to 220 F (104 C) (approximately 180 F [82 C] in the chamber) on the load, and evacuating it through the vent connections. Selected time for this non-recirculated phase is between 00:00 and 15:00. CONTROL SYSTEM Design Features Microcomputers monitor and control washer operations and functions. Cycle progresses automatically through the designated phases, as programmed. Control system features preprogrammed parameters for each cycle. If the operator selects an out-of-range setting when modifying the cycle values, control system alerts the operator with a reference message, and halts further operation until the correct value is entered. Controls are housed in a vertical column, mounted flush with the face of the chamber. Salient features include: Hinged Door. This door provides access to main control panel. Power-Off/Standby Switch. Switch includes two settings which direct operation of the control. Positioning switch to POWER initializes the controls, and prepares the washer for cycle operation; positioning switch to OFF/STANDBY places washer in standby mode, and turns off all AC power to the control after piping and all tanks have drained. Printer Function Switch. Switch controls the following two printer functions:» Print: Pressing the top of the printer function switch generates a printout of the in-line load temperature, and chamber air temperature during optional drying phase.» Print Values: Pressing the bottom of the printer function switch generates a complete printout of all currently set cycles and cycle values. Integral Thermal Printer. Printer provides an easy-to-read printed record of whether load was properly processed at the preset temperature, as well as a complete list of the alarm and abort in-cycle messages. Printer take-up spool automatically stores an entire roll of paper, providing cycle records which can be saved for future reference. Control Panel. Control panel, consisting of a display window and three rows of membrane-type touch pads, is included on load-side and unload-side control columns. Cycle initiation and cycle value programming can be performed from either control panel. Display Window. Display window features a 2-line x 20- character, easy-to-read vacuum fluorescent display. Display shows cycle status, time, temperature, warnings, instructional messages, and indicates any abnormal condition that may occur when a cycle is in progress. All messages are complete readouts with no codes needing cross-referencing. Status Touch Pads. Status touch pads allow the operator to view available cycle menus, select a cycle, review a cycle before processing, and start, stop, and abort cycles. Manual Operation Touch Pads. Manual operation touch pads allow the operator to acknowledge alarm conditions, and open/close chamber door(s). Program Touch Pads. Program touch pads allow the operator to bypass cycle phases, and/or modify preset cycle values to meet specific operating needs. Cycle parameters may be protected by security access code. Available cycles, along with phase times, and temperatures for each cycle, can be modified using CHANGE VALUES touch pad. Mode. The service mode is accessible through the main control panel for service and maintenance purposes. 3
Time Display and Printout Units. Permits selection of either standard AM/PM or 24 hour military (MIL). Security Access Code. Entry of a four-digit access code is required to change cycles and cycle values. Pressing the CHANGE VALUES touch pad causes the display to request entry of an access code. If the access code is not properly entered, the display advances to the first cycle (and related cycle values) not requiring an access code. Date and Time. Permits changing the date and time. TECHNICAL DATA Resistive Temperature Device (RTD) sensors are used to provide accurate control inputs and readouts throughout all cycles. RTD sensor is located in-line, just before the spray jets, to assure load temperature is reached. Two water heat exchangers (in-line boosters) are managed separately by the control to assure correct heat control of the two sides of the chamber. An internal battery backs up all cycle memory for up to 10 years. In case of a power failure, the event is recorded on the printout once power returns. Even if the RAM battery should fail, factory-setting values will be preserved in the control s main EPROM chip. Water Level Sensors. These sensors monitor water level of the staging tanks. If water level sensor failure occurs, the alarm sounds and a message is printed. Printer Board. The printer board has a 24-column, alphanumeric printer which produces characters within a fiveby-seven dot matrix on 2-1/4" (57 mm) wide, single-ply thermal paper. Printer is controlled by a dedicated microcomputer. Print speed is approximately 48 lines per minute. Paper tape exits from an opening flush with the surface of the control panel, and it is taken up automatically by an idler spool mounted above the main printer assembly. Five paper tape rolls are furnished with each unit. SAFETY FEATURES Emergency Exits. Washer is provided with Emergency Safety Exit Doors that allow for four emergency exits from any location within the wash chamber at any time. Operator may simply push between the door panels from inside the wash chamber to open the doors. Door Switch. A microswitch prevents a cycle from starting if doors are not fully closed, and also stops the unit if doors are opened during a cycle. Doors must be closed to continue operation. Emergency Stop Pushbutton. Washer is equipped with an external emergency stop pushbutton that automatically stops operation of the washer. Door Interlock. The interlock mechanism prevents both doors from being opened simultaneously. The unload door cannot be opened until the cycle has been completed. Labeling. Washer is labeled with warning and caution pictograms to warn the operator and service technicians of precautions to be taken. Emergency Stop Cables. Located on each side of the interior wash chamber, instantly stops washer operation if pulled. Interior Warning Lights. Interior lights flash once prior to cycle start. Washer then waits for programmed period of time before initializing washing process. Lock/Unlock/Initialization Key Switch. Key switch positioning includes three settings: LOCK places the washer in the lock mode, so the operator cannot start a new cycle or enter into the service mode; UNLOCK enables the washer to function normally; and INIT reinitialize the system after an emergency stop. INSTALLATION Washer can be fully enclosed for freestanding or recessed installation. Clearance between floor and ceiling must be at least 122-1/8" (3102 mm) for pit mounted units, and 128-1/8" (3254 mm) for floor mounted units. If unit is recessed through one or two barrier walls, stainless-steel barrier flanges can be bought to provide a finished appearance. OPTIONAL FEATURES Integral Exhaust Fans. Fans assist evacuating vapor from the wash chamber. Fans impellers and 1.5 HP (1.1 kw) motors shafts are made of stainless steel. Casings are constructed of epoxy coated aluminum. Drying System. The vented drying system effectively dries the processed load at the completion of each cycle. Fresh, heated, filtered air is blown by two 3 HP (2.2 kw) blowers at high speed through six exits in the chamber. Dry air is then evacuated through the chamber vent openings. Second Detergent System. The system allows an additional detergent to be introduced to the wash cycle. Washer comes with two additional staging tanks, valves, chemical dispenser, and flowmeter. Second detergent solution can be saved for subsequent cycles. Drain Discharge Guaranteed Cool Down System. This system includes two integral surge tanks, #304 L stainless steel, with two water levels, and a cold tap water line to prevent discharge if water temperature is above an adjustable set point. If cool-down tank water temperature is higher than set point (adjustable from 140-160 F [60-71 C]) cold water is automatically mixed with effluents, cooled down to set point, then discharged to building drain system. The two tanks are interconnected to maintain the same water level in each tank. A cold water connection is required with this option. Drain Discharge Cool Down by Cold Water Injection. The washer is provided with a cold water inlet valve, integral with the two drain lines, to add cold water during draining for assistance in regulating the effluent temperature. Higher temperature effluent is cooled as it is being sent to drains. A cold water connection is required with this option. ph Neutralizing System. System includes two 3 HP (2.2 kw), 316 L mixing pumps, a Thornton ph controller, a ph probe, alarm, and the Guaranteed Drain Discharge Cool Down System. This system neutralizes effluent before pumping 4
discharge to drains to assure that it is within a programmable ph range. Automatic Floor Tilt Systems. This system slopes the processed load at the beginning of the cycle to properly drain flat surfaces of caging systems. Floors are automatically returned to the level position at the completion of cycle for smooth loading and unloading. Each floor tilt system can be independently activated to permit its use on one side of the chamber, and/or on the other side. (Patent number 5,967,160 U.S.) (Pending PCT,EP) Exterior Stainless-Steel Jacketing. The washer is provided with a rigid stainless-steel covering for insulating exterior surfaces of the wash cabinet and staging tanks. Automatic Descaler System. This system allows the operator to automatically process a descaling cycle without having to manipulate strong chemicals. The system includes a chemical injection pump with flowmeter, 50' (15 m) of tubing, and pickup tube for use with remote 5 to 45 U.S. gallons (20 to 170L) chemical containers. Flexible Utility and Quick Connection System. Flexible hoses allow the mechanical cores to be moved up to 25" (635 mm) away from the chamber without the need to disconnect the utilities, facilitating access for servicing. Quick connectors and purge valves are also provided for easier and safer connections and disconnections of water and steam utility lines, should it be required to move the mechanical core further away for servicing. ACCESSORIES Side Enclosure Panels (and supports). Provided to enclose the service component side of the washer. Enclosure is designed to be easily cleaned, and offers access to mechanical core. Remote Oilless Air Compressor. Compressor, complete with tank and pressure switch, is available. Wiring at installation is not provided by STERIS. Barrier Wall Flange Kit. Kit consists of stainless-steel side, top, and bottom flanges, to seal openings between unit, walls, floor, and ceiling. Leveling Legs for Mechanical Cores. Threaded legs that provide up to 2-1/2" (63 mm) of adjustment are supplied to facilitate leveling of the mechanical cores. Flexible Hoses for Utility Connections. Connections includes flexible hoses for water and steam utility supply lines, allowing the cores to be moved up to 25" (635 mm) away from the chamber without the need to disconnect the utilities, providing easier access for servicing. Step-Up Transformer. For facilities where only 208 Volt service is available. Seismic Tie-Down Kit. Unit is designed to comply with Seismic Zone 3 and 4 requirements, and includes hardware for proper securing of washer to the building floor. PREVENTIVE MAINTENANCE A global network of skilled service specialists can provide periodic inspections and adjustments to help assure low-cost peak performance. STERIS representatives can provide information regarding annual maintenance agreements. NOTES 1. Machine is shipped in six crates. Add one crate if drying option is selected. Maximum size of the larger crate is 49 W x 85 H x 108" L (1245 W x 2159 H x 2743 mm L); maximum weight of a crate is 2700 lbs (1225 kg). 2. STERIS recommends shutoff valves and vacuum breakers (not provided by STERIS) be installed on service lines, and disconnect switches (with lockout in OFF position [not provided by STERIS]) be installed in electric supply lines near the equipment. 3. Pipe sizes shown indicate terminal outlets only. Building service lines (not provided by STERIS) must supply the specified pressures and flow rates. 4. For all ventilation ducting from washer, STERIS recommends installation of a dedicated corrosion-proof, watertight duct to the exterior of the building, sloped towards the washer with condensate drain connection. 5. STERIS recommends illumination of the service area (if applicable), along with provision of a convenience outlet for maintenance. Mechanical Core Control Veiw From Side DOOR CONFIGURATION (as viewed from service side) Right Configuration Left Configuration NOTE: Control is always located on the same side as the Mechanical Core STERIS Corporation, Quebec, Canada is an ISO 9001 and 13485 certified facility. The base language of this document is ENGLISH. Any translations must be made from the base language document. Mechanical Core Control Veiw From Side CUSTOMER IS RESPONSIBLE FOR COMPLIANCE WITH APPLICABLE LOCAL AND NATIONAL CODES AND REGULATIONS. 5
ENGINEERING DATA Total Shipping Weight (max) Operating Weight Hot Water Consumption 1 per cycle Steam Consumption 1 per cycle (with hot tap water heated at 140 F [60 C] Noise Level (enclosed) Heat Loss Chamber Mechanical Core Washer Mechanical Core 2700 lbs (1225 kg) 2410 lbs (1095 kg) 4900 lbs (2223 kg) 5280 lbs (2394 kg) 160 U.S. gal (605.7 L) 170 lbs (77 kg) 75 dba 24,000 BTU/hr (7080 W) 1. Default for Rodent Cycle BASIL 9502 CAGE AND RACK WASHER CYCLE DESCRIPTION CHART Treatment Name Pre-Wash Wash 1 Rinse (Selectable) Wash 2 (Optional) Rinse (Selectable) Final Rinse Vapor Exhaust Dry (Optional) Mode Non- Recirculated Recirculated Water Comes From Tank 2 Tank 1 Default or Tank 3 (if present) Chemical Used None Chemical of selected tank Chemical Injection 1 oz/gal (8 ml/l) Chemical Injection Range Treatment Time Range Load Temperature Range 0-4 oz/gal (0-32 ml) Non- Recirculated Tank 2 Tank 3 Default or Tank 1 None Recirculated Non-Recirculated Recirculated Non- Recirculated Chemical of selected tank 2 oz/gal (16 ml/l) 0-4 oz/gal (0-32 ml/l) Tank 2 Tank 2 None (00:20) (00:00-10:00) (00:00 or 00:20) (00:00-10:00) (00:00 or 00:20) (00:00-08:00) (01:00-5:00) (00:00-15:00) 120-165 F (49-74 C) Nonguaranteed 120-165 F (49-74 C) Nonguaranteed CYCLE CYCLE DEFAULT VALUES Rodents 00:20 02:00/130 F (54 C) Bottles 00:20 02:00/130 F (54 C) Rabbits 00:20 02:00/130 F (54 C) Primates 00:20 06:00/130 F (54 C) 160-185 F (71-85 C) Guaranteed 00:00 00:00 00:00 03:00/185 F (85 C) 00:00 00:00 00:00 03:00/185 F (85 C) 00:00 08:00/160 F (71 C) 00:00 06:00/160 F (71 C) 00:00 02:00/185 F (85 C) 00:00 02:00/185 F (85 C) 140-180 F (60-82 C) 01:00 15:00/180 F (82 C) 01:00 15:00/180 F (82 C) 01:00 10:00/180 F (82 C) 01:00 10:00/180 F (82 C) Cycle 5 to Cycle 10 00:20 Adjustable Adjustable Adjustable Adjustable Adjustable 01:00 Adjustable UTILITY REQUIREMENTS Hot Water 1-1/2" NPT, 20-80 psig (1.4-5.5 bar). Hot water must be supplied at 110 F (43 C) minimum. Flow rate: 15-95 U.S. gpm (57-360 L/min). Water hardness: 120 ppm (CaCO3) max. Cold Water 1-1/2" NPT, 20-80 psig (1.4-5.52 bar). Cold water must be supplied at 70 F (21 C) maximum. Flow rate: 35-115 U.S. gpm (132-435 L/min). Water hardness: 120 ppm (CaCO3) max. Two Steam Inlets 1-1/2" NPT, 50-80 psig (3.4-5.50 bar) dynamic. Maximum static pressure: 90 psig (6.2 bar). Average flow rate: 300 lb/ hr at 80 psig each (135 kg/h at 5.5 bar). Peak flow rate:1450 lb/hr each (660 kg/h). Steam quality: clean and dry recommended. Air 1/2" NPT, 100-125 psig (6.9-8.6 bar) dynamic. Maximum flow rate: 9.0 scfm (0.255 m3/min). Max. particle size: 40 microns; Max. particulate density: 10 mg/m3; Max. dew point: 45 F (7 C); Max. oil content: 25 mg/m3 (ref. ISO-8573-1). Two Ventilation Outlets 6" (203 mm) OD vent connection. Maximum flow rate: 1000 cfm each (28.3 m3/min) for vapor exhaust and drying. Two Drain Lines 3" (76 mm) OD floor drains and floor sinks are recommended for floor-mounted or pit-mounted units. Maximum flow rate: 60 U.S. gpm each (227 L/min). Two Condensate Returns 1" NPT. Peak flow rate: 2 U.S. gpm each (8 L/min). Electricity» 480 V, 60 Hz, 3-Phase, 34 Amps» 380-415 V, 50 Hz, 3-Phase, 26 Amps NOTES: 1. On 380/400/415 V units, NPT fittings are replaced by BSPT. 2. Pressure requirements are minimum dynamic, maximum static. 6
Reference the following equipment drawing for installation details. Equip. Dwg. No. 920-016-239EN Equipment Drawing Title BASIL 9502 CAGE AND RACK WASHER DOMESTIC/INTERNATIONAL 4" (102 mm) 28" (711 mm) PIT-MOUNTED UNIT Area 173-1/4" (4400 mm) Clearance Min. TOP VIEW Area 181-1/4" (4603 mm) Width Max. Ceiling 110" (2795 mm) 122" 85-1/2" (3099 mm) (2172 mm) 102" (2589 mm) 12" (305 mm) 80-7/8" (2054 mm) SERVICE CLEARANCE Pit 78" (1981 mm) Door Opening 46" (1168 mm) 25-1/8" Wall Typ. (892 mm) Doors Recommended Opening 60" (1524 mm) 111" (2819 mm) 72-1/2" (1842 mm) 185-1/4" (4705 mm) Pit 187-1/4" (4756 mm) 20-3/4" (527 mm) 93-1/4" (2369 mm) Not For Installation 80-7/8" (2054 mm) FRONT VIEW 3-5/8" (92 mm) 22-7/8" (581 mm) 9-1/8" (233 mm) SIDE VIEW Finished Floor Pit 6-3/4" (171 mm) 4" OD Drain 4" (102 mm) 10" (254 mm) SERVICE CLEARANCE FLOOR-MOUNTED UNIT 4" (102 mm) 116" (2947 mm) 111" (2819 mm) 128" (3251 mm) Access Ramp Finished Floor 6-3/4" (173 mm) 2" (50 mm) Adjustable Access 74-3/8" (1889 mm) 80-7/8" (2054 mm) 10-25" (254-635 mm) FRONT VIEW 4" OD Drain 8" (203 mm) 4" OD Drain 72-1/2" (1842 mm) 93-1/4" (2369 mm) 20-3/4" (527 mm) 185-1/4" (4705 mm) SIDE VIEW 4" OD Drain 20" (508 mm) 7
NOTES Recommended Air Compressor 1. Rotary scroll air compressor must be located in a clean, well lit, and ventilated area. 2. Never install the compressor where the ambient temperature is higher than 105 F (40 C), or where humidity is high. Clearance must allow for safe, effective inspection and maintenance. Minimum clearances required: above, 24" (610 mm); drive belt side, 12" (300 mm); and, other sides 20" (510 mm). 3. Never use any piping smaller than the compressor connection. UTILITY REQUIREMENTS Recommended Air Compressor Electrical Compressor Motor 208 Volt, 14 Amps, or 460 Volt, 7 Amps, 60 Hz, 3-Phase Refer to Tech Data SD644 for more details. ENGINEERING DATA - RECOMMENDED AIR COMPRESSOR WITH AUTOMATIC TANK DRAIN CFM Open Flow (m 3 /min) Weight lbs (kg) Comp. Stages Lubrication Size in (mm) TANK Cpacity U.S. gal (L) Max. Press psig (kpa) 12.9 (0.37) 260 (118) 1 Oilless See Below 30 (114) 100 (690) 40" (1016 mm) 18" (457 mm) 1/2 NPTF Discharge Recommended Air Compressor Scroll Air End Auto Drain Motor Starter 24" (610 mm) Not For Installation 16" (406 mm) 12" (304 mm) 35" (889 mm) For Further Information, contact: STERIS Corporation 5960 Heisley Road Mentor, OH 44060-1834 USA 440-354-2600 800-548-4873 www.steris.com SD789 2009, STERIS Corporation. All rights reserved. (04/01/09) This document is intended for the exclusive use of STERIS Customers, including architects or designers. Reproduction in whole or in part by any party other than a Customer is prohibited.