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BOC Edwards A730-01-983 Instructions Manual Download Page 12

Issue A

Nov 02

PAGE

6

XDS Dry Pump

TECHNICAL DATA

6

Figure 2 - Performance characteristics

1. Speed

2. Power

2.3

Mechanical data

2.3.1

General

 

Parameter

Units

XDS35i

Overall dimensions (L x W x H)

mm

476 x 333 x 396

Maximum tilt angle

degree

10

Nominal rotational speed

rpm

1750

Mass

kg

48

Inlet connection

NW40

Outlet connection

NW25

Degree of protection (IEC60529)

IP44

Table 4 - General mechanical data

Summary of Contents for A730-01-983

Page 1: ...30 01 880 Issue A Original Instruction Manual XDS Dry Pump Description Electrical Supply Item Number XDS35i Scroll Pump 100 120 V 200 230 V A730 01 983 50 60 Hz Single Phase 98 37 EC 89 336 EEC 73 023 EEC ...

Page 2: ......

Page 3: ...k and configure the pump 11 3 5 2 Connect the pump to your electrical supply 12 3 6 Inlet and outlet connections 12 3 7 Leak test the system 13 4 OPERATION 15 4 1 Use of gas ballast control 15 4 1 1 Gas ballast control 15 4 2 Start up procedure 15 4 3 To achieve ultimate vacuum 15 4 4 To pump condensable vapours 16 4 5 To pump flammable gases 16 4 6 Remote operation using 15 way D connector 16 4 7...

Page 4: ... Introduction 31 7 2 Service 31 7 3 Accessories 31 7 3 1 Electrical cables 31 7 3 2 Silencer 31 7 3 3 Gas ballast adaptor 31 7 3 4 Solenoid operated pipeline valves 31 7 3 5 Tip seal service kit 31 INDEX 33 RETURN OF BOC EDWARDS EQUIPMENT ILLUSTRATIONS Figure Title Page 1 XDS35i scroll pump 2 2 Performance characteristics 6 3 Installation drawing 10 4 Logic interface schematic 17 5 Inlet strainer ...

Page 5: ... mechanical data 6 5 Vibration data 7 6 Electrical data 7 7 Recommended fuses 12 8 Pin status on the logic interface connector 17 9 Maintenance plan 20 10 Electrical cables 31 11 Solenoid operated pipeline valves 32 ASSOCIATED PUBLICATIONS Publication Title Publication Number Vacuum pump and vacuum system safety P300 20 000 TABLES Table Title Page ...

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Page 7: ...Warning hot surfaces 1 2 Description The XDS35i pump is shown in Figure 1 Refer to Figure 1 for item numbers in brackets in the following descriptions The XDS pump is a compact reliable vacuum pump which is suitable for use on vapour handling processes The XDS pump may be used for some pumping applications involving corrosive substances and particulates for information on pumping flammable gases p...

Page 8: ...over refer to Figure 1 item 8 must be set to the correct position in accordance with the power supply being used refer to Section 3 5 2 The XDS35i is designed to run from atmospheric pressure however if the inlet pressure exceeds 100 mbar for an extended period the inverter may reduce the motor speed The pump will speed up again after the pressure is reduced The pump is air cooled by a fan 3 mount...

Page 9: ...external valve and by using the appropriate adaptor available as an accessory refer to Section 7 3 3 The gas ballast control has three positions Closed position 0 Low flow position I High flow position II 1 4 Construction The pump scrolls are made of anodised aluminium The motor housing is aluminium All surfaces of the pump which are exposed to the pumped gases are free from copper zinc and cadmiu...

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Page 11: ...ics Operating and storage conditions XDS35i Ambient temperature range operation 10 C to 40 C Maximum surface temperature of pump body at ultimate vacuum Depending on ambient temperature 40 C to 70 C Maximum humidity operation 90 RH Ambient temperature range storage 30 C to 70 C Table 1 Operating and storage conditions 2 2 Performance 2 2 1 General 2 2 2 Performance characteristics The position of ...

Page 12: ...2 Power 2 3 Mechanical data 2 3 1 General Parameter Units XDS35i Overall dimensions L x W x H mm 476 x 333 x 396 Maximum tilt angle degree 10 Nominal rotational speed rpm 1750 Mass kg 48 Inlet connection NW40 Outlet connection NW25 Degree of protection IEC60529 IP44 Table 4 General mechanical data ...

Page 13: ...e from the end of the pump to ISO 11201 61 5 dB A Vibration measured at the inlet port ISO3744 Class 1C 4 5 mms 1 rms Table 5 Vibration data 2 3 2 Vibration data 2 4 Electrical data Pump Supply V Phase Frequency Hz Power W Current A XDS35i 200 230 Single 50 60 520 5 100 120 Single 50 60 520 8 5 Table 6 Electrical data ...

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Page 15: ...35i pump The mass of the pump is approximately 48 kg Loose slings should not be used to lift the XDS35i Wear the appropriate safety clothing when you come into contact with contaminated components Dismantle and clean contaminated components inside a fume cupboard Vent and purge your vacuum system before you start installation work Ensure that the installation technician is familiar with the safety...

Page 16: ...Issue A Nov 02 PAGE 10 XDS Dry Pump INSTALLATION 10 Figure 3 Installation drawing ...

Page 17: ...last control and the on off switch are accessible WARNING Use suitable lifting equipment to move the XDS35i pump The mass of the pump is approximately 48 kg WARNING If the pump is to be used on the floor of a work area position the power lead and the exhaust and inlet hoses with care Ensure that personnel in the area are aware of any obstructions around the pump If your pump will be located inside...

Page 18: ...mp to your vacuum system remove the plastic cap from the inlet and the exhaust and ensure that the inlet strainer is fitted to the pump inlet port Use appropriate NW40 vacuum fittings for connection to your system Take note of the following information when you connect the pump to your vacuum system To minimise noise and exhaust emissions it is recommended that the pump is connected to an exhaust ...

Page 19: ...m system from the pump when it is switched off and prevent the suckback of process gases and debris into the vacuum system Ensure that the sealing surfaces are clean and scratch free We recommend that you use an exhaust extraction system suitable for use with all of the process gases you will pump Ensure that the exhaust extraction system cannot become blocked or obstructed when the pump is operat...

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Page 21: ... condensable vapours to clear excess vapours after processing 4 2 Start up procedure Use the procedure below to start up the pump 1 Ensure that any vacuum system isolation valve is closed if fitted 2 Connect a suitable lead from the power supply to the electrical socket at the side of the pump 3 Switch on the electrical supply to the pump using the on off switch on the motor 4 Always use the on of...

Page 22: ...as purge should be switched on to remove air from the pump and exhaust before the process starts The purge flow can be switched off at the end of the process only after any remaining flammable gases or vapours have been purged from the pump and exhaust line If liquids that produce flammable vapours could be present in the pump foreline then the inert gas purge to the XDS pump should be left on all...

Page 23: ...ed pins are not connected Table 8 Pin status on the logic interface connector 1 Speed control 2 Pump healthy signal 0 V OK The controls available are as follows On Off Boost Run pump at 116 Idle Run pump at 67 Run Runs pump at standard speed 100 OK Signal Figure 4 shows which connections to make to enable these functions The power On Off switch Figure 1 item 9 should be in the Off position for rem...

Page 24: ... remove any process gases by running on high flow gas ballast for at least one hour 2 Close any vacuum system isolation valve to prevent suckback into the vacuum system where fitted 3 Switch off the pump using the on off switch When the pump is switched off the fan will continue to run for 1 minute 4 Vent the XDS35i by the gas ballast control or valve on the inlet ...

Page 25: ...citor discharge after disconnecting the power supply before working on the pump Do not touch or inhale the thermal breakdown products of fluorinated materials which may be present in the pump if the pump has been heated to 310 ºC and above Fluorinated materials are safe in normal use but can decompose into very dangerous substances which may include hydrofluoric acid if they are heated to 310 ºC a...

Page 26: ...n dry lint free cloth 5 Refit the centring ring and strainer assembly and the O ring to the inlet port Refit your vacuum system to the pump inlet port 5 4 Inspect and clean the gas ballast control Note The gas ballast filter element Figure 6 item 7 is retained in its seating with adhesive do not try to remove it 1 Refer to Figure 6 Turn the gas ballast control to the high flow position II 2 Push t...

Page 27: ...ge correctly 6 Reset the gas ballast control to the required position 5 5 Clean the external fan cover If the fan cover is not kept clean the air flow over the pump can be restricted and the pump may overheat 1 Switch off the pump and disconnect it from the electrical supply 2 Use a dry cloth and a soft brush to remove dirt and deposits from the fan cover Figure 6 Gas ballast control assembly 1 Ga...

Page 28: ...2 CAUTION Take care when removing the fixed scroll assembly that once all fixings are released the assembly is not dropped 4 Carefully remove the fixed scroll assembly using a lever in the slots provided to ease it from the motor body as shown in Figure 8 5 Gently move the fixed scroll assembly aside so that the fan connector can be accessed This is fitted at the underside of the fan cowl and must...

Page 29: ... inhale the tip seal dust Do not blow the tip seal dust from the pump mechanism with compressed air 9 Place the scroll downwards taking care not to damage the tops of the tip seal walls Remove the exhaust valve cap and lift out the exhaust spring and valve if they have not come out when removing the valve cap Replace the spring and valve pad 10 Make sure there is no debris visible on the inside of...

Page 30: ...Issue A Nov 02 PAGE 24 XDS Dry Pump MAINTENANCE 24 Figure 9 Fitting tip seals 2 Tip seal start point Start at the centre and push the tip seal into the groove polished side up ...

Page 31: ...Nov 02 Issue A XDS Dry Pump MAINTENANCE PAGE 25 25 Figure 10 Tip seal length adjustment 1 Tip seals trim point ...

Page 32: ...placement may be sufficient for your requirements Typically this can be up to a decade more than the final vacuum achievable with a bedded in tip seal During run in deposits of tip seal dust will be produced Ensure the exhaust is connected to a silencer or an exhaust line to collect tip seal deposit refer to Section 7 3 2 for further information If possible occasional venting through the gas balla...

Page 33: ...ssure Your vacuum fittings are dirty or damaged The inlet strainer is blocked There is a blockage or high pressure in the exhaust line The pump contains traces of process vapours The pump is outside the specified range of operating conditions The gas ballast control is not properly closed The tip seals need replacing The inverter is current limiting the supply The pump is in idle mode 5 8 3 The pu...

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Page 35: ...mp in cool dry conditions until required for use When required prepare and install the pump as described in Section 3 6 2 Disposal Dispose of the pump and any components from it safely in accordance with all local and national safety and environmental requirements If this pump is to be returned to BOC Edwards Vacuum Technology for disposal investigation Particular care must be taken with component...

Page 36: ...Issue A Nov 02 XDS Dry Pump PAGE 30 30 This page intentionally blank ...

Page 37: ...ptions contact your nearest Service Centre or other BOC Edwards company 7 3 Accessories 7 3 1 Electrical cables Refer to Table 10 The following electrical cables are available as accessories and should be used to connect the XDS35i to your electrical supply 7 3 2 Silencer A silencer is available for the pump The code number for the silencer is A505 97 001 Refer to Section 3 6 for guidance on its u...

Page 38: ...scription Ordering information PV40EK Valve 220 240 V 50 60 Hz Aluminium C414 01 000 PV40EK Valve 220 240 V 50 60 Hz Steel C414 02 000 PV40EK Valve 110 127 V 50 60 Hz Aluminium C414 03 000 PV40EK Valve 110 127 V 50 60 Hz Steel C414 04 000 Table 11 Solenoid operated pipeline valves ...

Page 39: ...spect and clean the inlet strainer 20 Installation 9 Introduction 1 L Leak test the system 13 Locate the pump 11 M Maintenance 19 Maintenance plan 19 Mechanical data 6 O Operating and storage conditions 5 Operation 15 P Performance characteristics 5 R Remote operation using 15 way D connector 16 Replace the tip seals 22 S Safety 9 Service 31 Shut down 18 Spares 31 Start up procedure 15 Storage 29 ...

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Page 41: ...Contact BOC Edwards and obtain a Return Authorisation Number for your equipment 2 Complete the Return of BOC Edwards Equipment Declaration HS2 3 If the equipment is contaminated you must contact your transporter to ensure that you properly classify the hazard mark manifest and ship the equipment in accordance with the applicable laws governing the shipment of contaminated hazardous materials As th...

Page 42: ...__________________Print your job title ____________________________________ Print your organisation _______________________________________________________________________________ Print your address _________________________________________________________________________________ _______________________________________________________________________________ Telephone number ______________________...

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Page 44: ...54 GERMANY BOC EDWARDS Ammerthalstraße 36 85551 Kirchheim Munich Tel 49 89 99 19 18 0 Fax 49 89 99 19 18 99 HONG KONG S A R BOC EDWARDS ASIA 12 Chun Yat Street Tseung Kwan O Industrial Estate Tseung Kwan O Kowloon Hong Kong S A R Tel 852 2372 2640 Fax 852 2796 9095 INDIA BOC EDWARDS DIVIN OF BOC INDIA LIMITED 203 Surya Kiran Building 19 Kasturba Gandhi Marg New Delhi 110 001 India Tel 91 11 851 00...

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