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10 

15. OPERATIONAL HAZARDS   

 

Verification and assessment relative to machine safety have been carried out according to the guidelines set out within the 

European Machine Directive using a matrix evaluation schematic with the generation of technical file as required by the 

directive.   

The lists used are of two types: 

 

 

Risk evaluation (UNI EN ISO 14121-1). 

 

Conformity to essential safety requisites (Machine Directive –CE 06/42). 

 

The following hazards have been identified as a result and must be considered during operation.  

 

 

During  maintenance oil may be discharged at low pressures  (oil squirt).  To counter this, maintenance must be carried 

wearing appropriate personal protective clothing and glasses.  

 

Electrocution:  This can occur if the user does not securely connected the wires inside the terminal box.  Electrical 

connections must therefore be carried out only by a competent electrician.  

 

Physical Strain due to poor positioning of the unit. Detailed Dimensional information is given in this manual to avoid poor 

positioning.  

 

Use of incorrect lubricant or fluids. Lubricant information is contained in this manual and on the pump itself. 

 

 

FLUIDS NOT ALLOWED 

FLUIDS 

DANGERS 

Lubricants with abrasive additives 

wear of pump internal components 

Lubricants with silicone lubricant additives 

Seizure of pumping element 

Petrol - solvents - flammable liquid 

Fire - explosion - damage to seals 

Corrosive products 

Corrosion of the pump - damage to people 

Water 

Oxidation of the pump 

Food 

Contamination 

 

 

Содержание 0234560

Страница 1: ...NS FOR USE 8 PROBLEMS AND SOLUTIONS 9 MAINTENANCE PROCEDURES 10 DISPOSAL 11 ORDER INFORMATION 12 DIMENSIONS 13 HANDLING AND TRANSPORT 14 PRECAUTIONS FOR USE 15 OPERATIONAL HAZARDS Manual compiled in a...

Страница 2: ...ations Manufactured in high quality carbon steel the pump design features allow it to work with viscous lubricants without any additional complicated priming procedures The pump when combined with a s...

Страница 3: ...duct for your application 4 TECHNICAL FEATURES GENERAL CHARACTERISTICS Pumping System Hydraulically activated Piston mechanism Lubricant Outlet Port 3 8 BSP UNI ISO 228 1 Return Line Port 1 4 BSP UNI...

Страница 4: ...tant to inspect the pump to ensure that there has been no damage during transportation The packaging material used does not require any special disposal procedures You should refer to you regional req...

Страница 5: ...l Inverter the electrically controlled valve switches the flow of oil from P A to P B and vice versa The user must not use a operating frequency less than 0 5 sec per change over Always ensure the int...

Страница 6: ...substances and should be disposed of following local regulations including any recycling information indicated on the components themselves Upon demolition of the machine you must destroy the identifi...

Страница 7: ...1141607 FOLLOWER PLATE 25KG D 320 1141602 FOLLOWER PLATE 50KG D375 1141604 FOLLOWER PLATE 200KG D580 3005141 LOCK RING 0234570 HYD INVERT AUTOMATIC CETOP 3 0234571 ELE INVERT 24VDC CETOP 3 0234572 EL...

Страница 8: ...8 12 DIMENSIONS Dimensions in mm in...

Страница 9: ...p LUBRICANTS The following is a comparison table between NLGI National Lubricating Grease Institute and ASTM American Society for Testing and Materials for greases showing the permissible values for t...

Страница 10: ...g appropriate personal protective clothing and glasses Electrocution This can occur if the user does not securely connected the wires inside the terminal box Electrical connections must therefore be c...

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