Electrically operated cleanroom vacuum cleaner system ulpa filtration 99.999% on 0.12 micron and 99.9995% on 0.18 micron, u15 by mpps method as per en 1822
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INSTRUCTION MANUAL MODEL PHARMA ELECTRICALLY OPERATED CLEANROOM VACUUM CLEANER SYSTEM ULPA FILTRATION 99.999% ON 0.12 MICRON AND 99.9995% ON 0.18 MICRON, U15 BY MPPS METHOD AS PER EN 1822 TO ENSURE A SAFE WORKING ENVIRONMENT, CAREFULLY READ THE FOLLOWING INSTRUCTIONS...
Page 1.0 INSPECTION Carefully unpack and inspect your vacuum cleaner for shipping damage. Each vacuum cleaner is tested and thoroughly inspected before being shipped; therefore, any damage is the responsibility of the delivering carrier, who should be notified. 2.0 IMPORTANT SAFETY INSTRUCTIONS WARNING: HIS VACUUM CLEANER IS INTENDED FOR COMMERCIAL USE ONLY WARNING:...
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Page 7. do not pull or carry by cord, use cord as a handle, close a door on cord, or pull cord around sharp edges or corners. do not run vacuum cleaner over cord. keep cord away from heated surfaces. 8.
Page 3.0 IMPORTANT SAFETY INSTRUCTIONS FOR THE RECOVERY OF TOXIC OR NUISANCE DUST WARNING: F VACUUM CLEANER IS USED FOR THE RECOVERY OF TOXIC OR NUISANCE SUBSTANCES SUCH AS ASBESTOS SILICA LEAD PESTICIDES ETC FOLLOWING SAFETY PRECAUTIONS MUST BE TAKEN 1.
Page 4.0 FILTRATION SYSTEM 4.1. PHARMA WITH STAINLESS STEEL AISI 316 RECOVERY TANK Fig. No. 1 1. Paper filter bag 2. PTFE laminated main cloth filter 3. ULPA filter 99.999% efficiency on 0.12 micron and 99.9995% on 0.18 micron, U15 by MPPS method as per EN 1822 A.
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Page 4.2. PHARMA WITH SAFE CONTAINMENT CANISTER Fig. No. 2 NOTE: THE SAFE CONTAINMENT CANISTER ASSEMBLY IS SOLD AS ONE PIECE T INCLUDES # A, 1 # A, 1 ITEMS ITEMS CANNOT BE SOLD SEPARATELY FROM SAFE CONTAINMENT CANISTER ASSEMBLY 1.
Page 5.0 OPERATING PROCEDURE 5.1. PHARMA WITH STAINLESS STEEL AISI 316 RECOVERY TANK 1. Disengage the latches and remove the power head from the filter chamber assembly. 2. Disengage the latches and remove the filter chamber assembly from the recovery tank 3.
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Page 5.2. PHARMA WITH SAFE CONTAINMENT CANISTER 1. Disengage the latches and remove the power head from the filter chamber assembly. 2. Place cloth filter (Item 2) on the filter chamber assembly. 3. Place the power head on the filter chamber assembly and fasten the lid with the latches.
PERFORMED BY AN AUTHORIZED SERVICE REPRESENTATIVE 6.1. CLEANUP PROCEDURE OF PHARMA CLOTH FILTER Clean the cloth filter of PHARMA periodically. A clogged filter restricts the airflow and reduces the vacuum’s performance. The cloth filter may be washed in lukewarm water.
Page 10 6.3.1. DISPOSAL OF PHARMA SAFE CONTAINMENT CANISTER 1. Disconnect power cord from electrical outlet 2. Tighten dust cap (See "D" on Fig. No 3 )on suction intake of the safe containment canister 3. Loosen the 4W carriage assembly by untightening spade-head thumb screw (See "E" on Fig.
After servicing, turn off all controls before unplugging. Do not leave vacuum cleaner when plugged in. When unplugged from outlet gently roll up the cord to avoid damage. PHARMA with stainless steel AISI 316 recovery tank It is recommended that the inside of the recovery tank be cleaned before storing the vacuum.
Page 12 6.5. ULPA FILTER REPLACEMENT An ULPA filter is designed for filtration of ultra fine particles. A clogged ULPA filter will reduce the airflow thereby reducing the vacuum’s performance thus requiring replacement. The life of the ULPA filters depends greatly on the use of the vacuum cleaner. It is recommended that the ULPA filter be replaced once a year if the vacuum cleaner is used intensively (daily).
Page 13 3. Apply the compound sealant to the inside lip on the rubber side of the new ULPA filter (See No. 2 on Fig. No. 2 above). 4. Place the new ULPA filter, rubber side down, back onto the arm of the vacuum cleaner. 5.
Declares on its own responsibility that the following equipment: Industrial ULPA filtered Vacuum Cleaner System, for Dry Recovery, In Contamination controlled Environments, including Accessories, Model: PHARMA Complies with the electrical safety requirements, as they are expressed in: THE MACHINERY DIRECTIVE 2006/42/EC •...