Edwards D-397-54-000, D-397-55-000 Instruction Manual

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Instruction Manual

TIC and Scientific Profibus Module

D397-54-880

Issue A Original

Description

TIC Profibus Module D397-54-000 Scientific Profibus Module D397-55-000

Item

Number

Original Instructions

Description

Item

Number

This product has been manufactured under a quality management system certified to ISO 9001:2008

P200-03-180 Issue F

Declaration of Conformity

We, Edwards,

Innovation Drive, Burgess Hill, West Sussex, RH15 9TW, UK

declare under our sole responsibility, as manufacturer and person within the EU authorised to assemble the technical file, that the product(s)

TIC Profibus Module D397-54-000 Scientific Profibus Module D397-55-000

to which this declaration relates is in conformity with the following standard(s) or other normative document(s)

EN61326-1:2013 Electrical equipment for measurement, control and laboratory (Class B Emissions, Use. EMC requirements. General requirements Industrial Immunity)

and fulfils all the relevant provisions of 2014/30/EU Electromagnetic Compatibility (EMC) Directive

2012/19/EU Waste from Electrical and Electronic Equipment (WEEE) Directive 2011/65/EU Restriction of Certain Hazardous Substances (RoHS) Directive

Note: This declaration covers all product serial numbers from the date this Declaration was

signed onwards.

06.07.2017, Eastbou r n e

Larry Marini, Senior Technical Manager Date and Place

P200-10-088

This product cont ain s h azardous substance s in at

26572 as detailed in t h e declaration table b elow.

材料成分声明

Hazardous Substance s

(Cr VI)

(PBDE)

Assembly (PCA)

Cable/wire/connector

Mechanical Components

this part is above th e l imit requirement of GB/T26572.

Lead

lead

Lead

lead

Lead

Cadmium

Lead

Issue B

Material Declaration

In accordance with the requirements of the Chinese regulatory requirement on the Management Methods for the Restriction of the U se of Hazardous Substances in Electric al and Electronic Product s Order N o. 32 (also known as ‘China RoHS2’) and SJ/T 11364 Marking for the R estrict ed Use of Hazard ous Subst ance s in Ele ctronic an d Elect rical Products:

Product Product Label Meaning

least one of the hom ogeneous materials used

D39754000 TIC Profibus Module D39755000 Scientific Profibus Module

Materials Content Declaration

which are above the limit requirement in GB/T

These parts can safe ly b e used for the

environmental protection use per iod as

indicated.

有害物质

部件名称

Part name

印刷电路组件 (PCA)

Printed Circuit

电缆/电线/连接器

机械部件

铅

Lead

(Pb)

汞

Mercury

(Hg)

Cadmium

X O X

X O

镉

(Cd)

O O O O

六价铬

Hexavalent

Chromium

多溴联苯

Polybrominated biphenyls (PBB)

O O O

多溴二苯醚

Polybrominated diphenyl ethers

O: 表示该有害物质在该部件的所有均质材料中的含量低于 GB/T 26572 标准规定的限量要求。 O: Indicates that the hazardous substance contained in all of the homog eneous materials for this part is below the limit requirement in GB/T 26572. X: 表示该有害物质在该部件的至少一种均质材料中的含量超出 GB/T26572 标准规定的限量要求。 X: Indicates that the hazardou s substance cont ained in at least one of th e homogeneou s materials use d for

NOTE: These products are EU RoHS compliant, the following Exemptions apply:

6(b)

as an alloying element in aluminium containing up to 0.4% by weight 6(c) Copper alloy containing up to 4% 7(a)

in in high melting temperature type solder (i.e. lead based alloys containing 85% by or more)

7(b)

in solders for servers, storage and storage array systems, network infrastructure equipment for switching, signalling,

by weight

transmission, and network management for telecommunications

7(c) I Electrical and electronic components containing

in a glass or ceramic other than dielectric ceramic in capacitors, e.g.

piezoelectronic devices, or in a glass or ceramic matrix compound

7(c) II

in dielectric ceramic in capacitors for a rated voltage of 125 V AC or 250 V DC or higher 8(b) 15

and its compounds in electrical contacts

in solders to complete a viable electrical connection between semiconductor die and carrier within integrated circuit flip

chip packages

in cermet-based trimmer potentiometer elements

This page has been intentionally left blank.

D397-54-880 Issue B

Section Page

1 Introduction ....................................................................................... 1

1.1 Scope and definitions ................................................................................................... 1

1.2 Product description ...................................................................................................... 2

2 Technical data .................................................................................... 3

2.1 Electrical data ............................................................................................................ 3

2.2 Operating and storage data ............................................................................................ 4

2.3 Mechanical data .......................................................................................................... 4

2.4 Connections ............................................................................................................... 4

2.4.1 Profibus connector ...................................................................................................... 4

2.4.2 D.C. Power connector ................................................................................................... 5

2.4.3 RS232 Connector (TIC Version only) .................................................................................. 5

2.4.4 DX/nEXT/nXDS Pump Connector (Scientific version only) ......................................................... 6

2.4.5 Front panel USB connector ............................................................................................. 7

Contents

3 Installation ........................................................................................ 9

3.1 Unpack and inspect ...................................................................................................... 9

3.2 Fitting the Module ....................................................................................................... 9

3.2.1 Rack mounting .......................................................................................................... 10

3.2.2 Panel mounting ......................................................................................................... 11

3.2.3 DIN rail mounting .......................................................................................................11

3.3 Electrical connections ..................................................................................................12

3.3.1 TIC Profibus module rear connections ............................................................................... 12

3.3.2 Scientific Profibus module rear connections .......................................................................12

3.4 Bus termination .........................................................................................................12

4 Operation ........................................................................................ 13

4.1 Profibus system information ..........................................................................................13

4.2 Start up sequence ...................................................................................................... 13

4.2.1 Simple set up instructions for the TIC version .....................................................................14

4.2.2 Simple set up instructions for the Scientific version ..............................................................14

4.3 Front panel display .....................................................................................................15

4.4 Address set-up ........................................................................................................... 16

4.5 Baud-rate ................................................................................................................18

4.6 Software format ........................................................................................................18

4.6.1 Parameterisation ........................................................................................................18

4.6.2 Configuration ............................................................................................................19

4.6.3 Configuration failure ...................................................................................................19

4.6.4 Parameterisation failure ............................................................................................... 19

4.6.5 Diagnostics description ................................................................................................ 20

4.7 Details of DX/nEXT/nXDS pump software modules ................................................................20

4.7.1 Software module 802 - nXDS Pump Control ......................................................................... 21

4.7.2 Software module 803 - nXDS Pump Speed Demand ................................................................ 21

4.7.3 Software module 808 - nXDS Pump Temperatures .................................................................22

4.7.4 Software module 809 - nXDS Pump Power ..........................................................................22

4.7.5 Software module 810 - nXDS Pump Run Time ......................................................................22

4.7.6 Software module 811 - nXDS Pump Cycles .......................................................................... 23

4.7.7 Software module 813 - nXDS Drive Run Time ....................................................................... 23

4.7.8 Software module 814 - nXDS Tip Seal Run Time ...................................................................23

4.7.9 Software module 815 - nXDS Bearing Run Time ....................................................................24

4.7.10 Software module 852 - DX/nEXT Pump Control ....................................................................24

gea/042/01/11

D397-54-880 Issue B

Contents

4.7.11 Software module 853 - DX/nEXT Pump Set-up .....................................................................25

4.7.12 Software module 859 - DX/nEXT Pump Temperatures ............................................................26

4.7.13 Software module 860 - DX/nEXT Pump Power ..................................................................... 26

4.7.14 Software module 864 - nEXT85 Pump Vent Option 2 .............................................................. 26

4.7.15 Software module 865 - nEXT85 Only Pump Temperatures .......................................................27

4.7.16 Software module 869 - DX/nEXT Pump Speed Demand ...........................................................27

4.7.17 Software module 875 - DX/nEXT Vent Valve close ................................................................ 27

4.7.18 Software module 880 - nEXT Service Set-up ........................................................................ 28

4.7.19 Software module 881 - nEXT Service Status ........................................................................28

4.7.20 Software module 882 - nEXT Controller Run Time ................................................................ 29

4.7.21 Software module 883 - nEXT Pump Run Time ......................................................................29

4.7.22 Software module 884 - nEXT Pump Cycles .......................................................................... 29

4.7.23 Software module 885 - nEXT Bearing Run Time .................................................................... 30

4.7.24 Software module 886 - nEXT Oil Cartridge Run Time .............................................................30

4.7.25 Software module 902 - Scientific Profibus module Software Version ........................................... 30

4.8 Details of TIC Software modules ..................................................................................... 31

4.8.1 Front panel lock ......................................................................................................... 33

4.8.2 Software module 853 - DX/nEXT Pump Set-up .....................................................................33

4.8.3 Software module 859 - DX/nEXT Pump Temperatures ............................................................34

4.8.4 Software module 860 - DX/nEXT Pump Power ..................................................................... 34

4.8.5 Software module 864 - nEXT85 Pump Vent Option 2 .............................................................. 35

4.8.6 Software module 865 - nEXT85 Only Pump Temperatures ....................................................... 35

4.8.7 Software module 869 - DX/nEXT Pump Speed Set-up .............................................................35

4.8.8 Software module 875 - DX/nEXT Vent Valve close ................................................................ 36

4.8.9 Software module 880 - nEXT Service Set-up ........................................................................ 36

4.8.10 Software module 881 - nEXT Service Status ........................................................................37

4.8.11 Software module 882 - nEXT Controller Run Time ................................................................ 37

4.8.12 Software module 883 - nEXT Pump Run Time ......................................................................38

4.8.13 Software module 884 - nEXT Pump Cycles .......................................................................... 38

4.8.14 Software module 885 - nEXT Bearing Run Time .................................................................... 38

4.8.15 Software module 886 - nEXT Oil Cartridge Run Time .............................................................39

4.8.16 Software module 803 - nXDS Pump Speed Demand ................................................................ 39

4.8.17 Software module 808 - nXDS Pump Temperatures ................................................................. 39

4.8.18 Software module 809 - nXDS Pump Power ..........................................................................40

4.8.19 Software module 810 - nXDS Pump Run Time ......................................................................40

4.8.20 Software module 811 - nXDS Pump Cycles ..........................................................................40

4.8.21 Software module 813 - nXDS Drive Run Time ....................................................................... 40

4.8.22 Software module 814 - nXDS Tip Seal Run Time ...................................................................41

4.8.23 Software module 815 - nXDS Bearing Run Time ....................................................................41

4.8.24 Software module 902 - TIC Software Version ....................................................................... 41

4.8.25 Software module 904 - Turbo Pump control ........................................................................ 42

4.8.26 Software module 905 - Turbo Pump Speed .........................................................................43

4.8.27 Software module 906 - Turbo Pump Power .........................................................................43

4.8.28 Software module 907 - Turbo Normal ...............................................................................44

4.8.29 Software module 908 - Turbo Standby .............................................................................. 44

4.8.30 Software module 909 - Turbo Cycle Time ...........................................................................44

4.8.31 Software module 910 - Backing pump control ......................................................................45

4.8.32 Software module 911 - Backing pump speed .......................................................................45

4.8.33 Software module 912 - Backing pump power .......................................................................46

4.8.34 Linking gauges and pumps .............................................................................................46

4.8.35 Software module 913 - Gauge 1 ......................................................................................47

4.8.36 Software module 914 - Gauge 2 ......................................................................................48

4.8.37 Software module 915 - Gauge 3 ......................................................................................48

4.8.38 Linking Relay set point outputs ....................................................................................... 48

4.8.39 Software module 916 - Relay 1 .......................................................................................49

4.8.40 Software module 917 - Relay 2 .......................................................................................49

4.8.41 Software module 918 - Relay 3 .......................................................................................49

4.8.42 Software module 919 - TIC Power supply temperature ........................................................... 50

4.8.43 Software module 920 - TIC internal temperature ................................................................. 50

4.8.44 Software module 921 - Analogue output ............................................................................51

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

4.8.45 Software module 922 - TIC Vent valve ..............................................................................51

4.8.46 Software module 923 - Heater band .................................................................................52

4.8.47 Software module 924 - Air Cooler (Fan) .............................................................................52

4.8.48 Software module 933 - System ....................................................................................... 53

4.8.49 Software module 934 - Gauge 4 ......................................................................................53

4.8.50 Software module 935 - Gauge 5 ......................................................................................54

4.8.51 Software module 936 - Gauge 6 ......................................................................................55

4.8.52 Software module 937 - Relay 4 .......................................................................................55

4.8.53 Software module 938 - Relay 5 .......................................................................................55

4.8.54 Software module 939 - Relay 6 .......................................................................................55

4.9 Response time calculations & Measurements ...................................................................... 55

5 Maintenance ..................................................................................... 57

5.1 Fault finding .............................................................................................................57

5.2 Factory defaults ......................................................................................................... 58

5.3 Fuse replacement (Scientific version only) .........................................................................63

6 Storage and Disposal ........................................................................... 65

6.1 Storage ...................................................................................................................65

6.2 Disposal ................................................................................................................... 65

7 Spares and Accessories ........................................................................ 67

Contents

7.1 Introduction .............................................................................................................67

7.2 Spares ..................................................................................................................... 67

7.3 Accessories ...............................................................................................................67

Appendix A1 TIC Full Pump States .................................................................... 69

Appendix A2 Alert ID .................................................................................... 70

Appendix A3 Priority .................................................................................... 71

Appendix A4 Command List ............................................................................ 72

Appendix A5 Active Gauge States ..................................................................... 73

For return of equipment, complete the HS Forms at the end of this manual.

Illustrations

Figure Page

1 Pin connections for 9-way sub-miniature ‘D’ type socket ......................................................... 4

2 Pin connections for the 2-way Power Connector ................................................................... 5

3 Pin connections for 9-way sub-miniature ‘D’ type plug ........................................................... 6

4 Pin connections for 15-way sub-miniature ‘D’ type socket ....................................................... 7

5 Dimensions of the Profibus module (mm) ............................................................................ 9

6 Rack mounting the Module ............................................................................................10

7 Panel mounting the Module ...........................................................................................11

8 DIN rail mounting the Module ......................................................................................... 11

9 TIC Profibus module rear connections ............................................................................... 12

10 Scientific Profibus module rear connections .......................................................................12

11 Profibus front panel display ...........................................................................................15

D397-54-880 Issue B

Contents

Tables

Table Page

1 Electrical data ............................................................................................................ 3

2 Operating and storage data ............................................................................................ 4

3 Mechanical data .......................................................................................................... 4

4 Profibus connector ...................................................................................................... 4

5 Pin connections for 9-way sub-miniature ‘D’ type socket ......................................................... 5

6 D.C. power connector ................................................................................................... 5

7 RS232 connector (TIC version only) ................................................................................... 5

8 Pin connections for 9-way sub-miniature ‘D’ type plug ........................................................... 6

9 DX/nEXT/nXDS pump connector (Scientific version only) ......................................................... 6

10 Pin connections for 15-way sub-miniature ‘D’ type socket ....................................................... 7

11 Front panel USB connector ............................................................................................. 7

12 Component checklist .................................................................................................... 9

13 Front panel symbols and their functions ............................................................................ 15

14 Address switch settings ................................................................................................16

15 DX/nEXT/nXDS pump module summary .............................................................................20

16 DX/nEXT status flags ...................................................................................................25

17 Converting the value to binary .......................................................................................28

18 TIC Controller Module summary ......................................................................................31

19 Converting the value to binary .......................................................................................37

20 Fault finding guide ......................................................................................................57

21 Profibus Module default set-up values (Scientific version) ....................................................... 58

22 Profibus Module default set-up values (TIC version) ..............................................................58

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

CAUTION

WARNING

1Introduction

1.1 Scope and definitions

This manual provides installation, operation and maintenance instructions for the Edwards Turbo Instrument Controller (TIC) Profibus Module and the Edwards Scientific Profibus Module. You must use the Controller as specified in this manual.

Read this manual before you install and operate your Controller. Important safety information is highlighted as WARNING and CAUTION instructions; you must obey these instructions. The use of WARNINGS and CAUTIONS is defined below.

Warnings are given where failure to observe the instruction could result in injury or death to people.

Cautions are given where failure to observe the instruction could result in damage to the equipment, associated equipment and process.

Introduction

Throughout this manual, page, figure or title numbers are sequential.

The following labels appear on the Controller:

Warning - refer to accompanying documentation.

Edwards offer European customers a recycling service.

The units used throughout this manual conform to the SI international system of units of measurement.

D397-54-880 Issue B

WARNING

Introduction

1.2 Product description

Improper use of the equipment may impair the protection provided and could cause damage to it.

The equipment is used to remotely control other equipment that could be hazardous if used inappropriately. The responsibility for the safe operation and maintenance of the equipment being controlled is with the user.

The data received from this unit should not be used for safety purposes.

There are two variants of the Profibus Module, both of which are provided with a standard Profibus connection, DC power input connection and connection to the Edwards equipment. The TIC Profibus Module is provided with a short serial cable to connect the module to the TIC serial comms port. The Scientific Profibus Module is provided with a 15 way connector. The 15 way flying lead or extension cable attached to the DX/nEXT/nXDS pump can be directly connected for both power and control.

This manual explains how to control and monitor the TIC and Scientific modules with a Profibus system. Please refer to the following manuals for operation of TIC controllers and DX/nEXT/nXDS pumps:

D397-01-880 TIC Instrument Controller - 6 Gauge

D397-12-880 Turbo Controller

D397-21-880 Instrument Controller

D397-22-880 Turbo Instrument controller

D397-30-880 TIC serial comms manual

B722-40-880 DX Pumps

B800-00-880 nEXT Pumps

B8G0-00-880 nEXT85 Pump

A735-01-880 nXDS Scroll Pump

A735-01-860 nXDS Serial Comms Interface

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

WARNING

2Technical data

2.1 Electrical data

Table 1 - Electrical data

Power connector type 2 Way cable-mount Terminal Block (supplied)

Suitable parts include: Phoenix MSTB 2.5/2-ST-5.08; Weidmuller BLZ 5.08/2; Amp 796634-2; IMO 21.950/2

Electrical supply TIC Profibus Module Scientific Profibus Module for EXT75DX, EXT255DX, nEXT85, 240, 300, 400 *

Power consumption 5W maximum

Fuse TIC Profibus Module Scientific Profibus Module

9 V d.c. min to 52 V d.c. max

21.6 V d.c. min to 25.2 V d.c. max

Switch on surge 500 mA max.

Note: Scientific Profibus Modules also supply power to

the pump. Additional supply requirement: 6 A for EXT75DX, 10 A for EXT255DX and nEXT. Refer to manuals for other DX/nEXT Turbo Pumps.*

No internal fuse Fitted with 10 A internal fuse. Suitable fuses available from Edwards (Part No. D39751830).

Technical data

* nXDS does not require an electrical supply on the Profibus Module.

(Scientific version only) Incorporate a suitable isolation device in the electrical supply. Locate the switch in an easily accessible position and mark it as the disconnecting device for the DX/nEXT pump. If you do not, you will not be able to switch off the DX/nEXT pump in an emergency.

Do not exceed the maximum supply voltage. Excessive supply voltage will cause permanent damage to the control electronics and may result in a mechanical hazard in some failure conditions.

Profibus cable Should be screened and comply with EN50170

RS232 cable (TIC version only) 25 m max. Screening not required.

DX/nEXT/nXDS pump cable (Scientific pump version only)

Use (1 m) cable supplied with DX/nEXT pump only or Edwards DX/nEXT/nXDS pump extension cables.

D397-54-880 Issue B

Technical data

2.2 Operating and storage data

Table 2 - Operating and storage data

Ambient operating temperature range 0 °C to 40 °C

Ambient storage temperature range -30 °C to 70 °C

Maximum ambient operating humidity Max 90% RH non condensing

Maximum operating altitude 2000 m max

IP rating IP30 - indoor use only

2.3 Mechanical data

Table 3 - Mechanical data

Weight 0.28 kg

Dimensions See Section 3.2

2.4 Connections

2.4.1 Profibus connector

Table 4 - Profibus connector

Connector type 9-way sub-miniature ‘D’ type socket (refer to Figure 1)

Profibus Data signals Electrically compliant with RS485 specification.

Isolated from chassis.

Profibus Power Supply 10 ma supply (protected) for external terminator

resistors if required.

Chassis For Profibus cable screen connection

Repeater control sign Digital signal, nominally 0-5 V but with series 340 ohm

resistor. High = module transmitting. Low = Receiving or Idle.

Figure 1 - Pin connections for 9-way sub-miniature ‘D’ type socket

Edwards and the Edwards logo are trademarks of Edwards Limited.

Table 5 - Pin connections for 9-way sub-miniature ‘D’ type socket

Pin Allocation

1 Chassis (box)

2 Not connected

3Profibus Data + (B)

4 Control Signal for Repeater

5 Profibus Data reference (Isolated)

6 Profibus 5 V output (Isolated)

7 Not connected

8 Profibus Data - (A)

9 Not connected

Shell Chassis (box)

2.4.2 D.C. Power connector

D397-54-880 Issue B

Technical data

Table 6 - D.C. power connector

Connector type 2 Way Receptacle. Mating part is cable-mount Terminal

Block (supplied). Suitable parts include: Phoenix MSTBV 2.5/2-G-5.08; Weidmuller BLZ 5.08/2; Amp 796634-2; IMO 21.950/2 (Refer to Figure 2).

Requirements See Section 2.1

Figure 2 - Pin connections for the 2-way Power Connector

2.4.3 RS232 Connector (TIC Version only)

Table 7 - RS232 connector (TIC version only)

Connector type 9-way sub-miniature ’D’ type Plug (refer to Figure 3)

For connection to serial comms port of Turbo Instrument Controller only.

RS232 protocol 9600 baud, 1 stop bit, 8 data bits, no parity

D397-54-880 Issue B

CAUTION

Technical data

Figure 3 - Pin connections for 9-way sub-miniature ‘D’ type plug

Table 8 - Pin connections for 9-way sub-miniature ‘D’ type plug

Pin Allocation

1 Not connected

2RS232 receive

3RS232 transmit

4 Not connected

5 RS232 common

6 Not connected

7 Not connected

8 Not connected

9 Not connected

Shell Chassis (box)

2.4.4 DX/nEXT/nXDS Pump Connector (Scientific version only)

Table 9 - DX/nEXT/nXDS pump connector (Scientific version only)

Connector type 15-way sub-miniature ‘D’ type Socket (refer to Figure 4)

Cable type Connection must be either direct to the DX/nEXT pump

flying lead or an Edwards DX/nEXT/nXDS pump extension cable. Refer to the specification in the DX pump manual B722-40-880, nEXT pump manual B800-00880, nEXT85 pump manual B8G0-00-880 and nXDS pump manual A735-01-880 for further information.

Power connections Refer to caution below

When connecting the DX/nEXT/nXDS pump to the power supply, ensure that all 3 pins for the 24 V connection and all 3 pins for the 0 V connection on your connector mating half are connected to the power supply.

RS232 protocol 9600 baud, 1 stop bit, 8 data bits, no parity.

Edwards and the Edwards logo are trademarks of Edwards Limited.

Figure 4 - Pin connections for 15-way sub-miniature ‘D’ type socket

Table 10 - Pin connections for 15-way sub-miniature ‘D’ type socket

Pin Allocation

1+24 V d.c. power output (Connect all three 24 V pins)

2 Not connected

3 Not connected

4RS232 Transmit

5 Serial enable link (Resistor to 0 V)

6+24 V d.c. power output

7RS232 Receive

80 V power (Connect all three 0 V pins)

9+24 V d.c. power output (Connect all three 24 V pins)

10 Chassis (box)

11 +24 V d.c. power output (Connect all three 24 V pins)

12 Not connected

13 0 V power (Connect all three 0 V pins)

14 0 V power (Connect all three 0 V pins)

15 Not connected

Shell Chassis (box)

D397-54-880 Issue B

Technical data

2.4.5 Front panel USB connector

Table 11 - Front panel USB connector

Connector type USB Micro-B socket

Function Software upgrade by Edwards service personnel only

D397-54-880 Issue B

This page has been intentionally left blank.

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

WARNING



3 Installation

3.1 Unpack and inspect

Remove all of the packaging material and check the Module. If the Module is damaged, follow the Edwards return of equipment procedures that are laid out in the back of this manual. Do not use the Module if it is damaged.

Check that your package contains the items that are listed in Table 12. If any of these items are missing, notify your supplier in writing within three days. If the Module is not to be used immediately, store the Module in suitable conditions as described in Section 6.1.

Table 12 - Component checklist

Installation

Quantity Description Check ( )

1Module

1 Quick Guide and Health and Safety Information

1 Profibus Module CD (includes main manual, GSD files)

1 DC Power Connector

2 DIN Rail clips

2 Mounting screws

1 Serial cable (TIC version only)

1 Spare Fuse (Scientific version only)

4Rubber feet

3.2 Fitting the Module

If access to the DC power connector is restricted an additional isolation device should be provided which will be easily accessible by an operator.

The Module can be fitted in a rack or DIN-rail mounted. If either of these methods are not used, the module should be laid with one of it's largest faces down, to ensure stability. Figure 5 shows the dimensions of the Profibus module.

Figure 5 - Dimensions of the Profibus module (mm)

D397-54-880 Issue B

CAUTION

WARNING

Installation

Ensure that all electrical wiring is safely secured so that people cannot trip on them.

Sufficient space must be provided at the rear of the unit for the cables. For this reason it is suggested that the customer uses a straight Profibus connection. If a right-angled connection is to be used space will be required above the height on the module.

Do not "Hot-swap" the DX/nEXT pump connection. Power must be removed before connecting or disconnecting a turbo pump.

The unit is IP30 rated. Please ensure that the unit is not installed where fluids can enter into the Controller.

3.2.1 Rack mounting

For Rack mounting the unit should fit in a 6HP wide, 3U High space using the 2-off M2.5 screws provided, as shown in Figure 6.

Figure 6 - Rack mounting the Module

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

3.2.2 Panel mounting

For panel mounting cut the aperture in the panel using the dimensions shown in Figure 7. The module can be fixed into the panel with the 2-off M2.5 screws.

Figure 7 - Panel mounting the Module

Installation

3.2.3 DIN rail mounting

For DIN rail mounting the 2 clips should be attached to the module using 2-off M3 screws provided (one in the centre of each clip), as shown in Figure 8. The clips should then be roughly aligned with the box sides. The clips can then be fitted to a suitable DIN-rail, as shown in Figure 8.

It is recommended to use end stops on a DIN rail system.

Figure 8 - DIN rail mounting the Module

D397-54-880 Issue B

Installation

3.3 Electrical connections

Fit the electrical connections as specified in Section 2.

3.3.1 TIC Profibus module rear connections

Figure 9 - TIC Profibus module rear connections

3.3.2 Scientific Profibus module rear connections

Figure 10 - Scientific Profibus module rear connections

3.4 Bus termination

Bus-termination is not supplied with the module, but must be used as for a normal Profibus DP system. Bus termination must be used at both ends of the Profibus trunk and not anywhere else. If the module is placed at one end of the trunk a connector containing the standard termination resistors should be used. The appropriate 5 V and 0 V signals are supplied on the standard pins for this purpose.

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

4 Operation

4.1 Profibus system information

The Edwards Profibus Modules are for connection to a Profibus DP network and operate as V0 slaves only. The required performance is described in standard EN50170.

The Profibus master requires a GSD file for each slave and these are provided on the CD included with the unit. The TIC and Scientific versions require different GSD files so please ensure the relevant file (only) is installed. The ''ident'' numbers are unique for each type, and are registered with the Profibus association. The numbers are:

TIC 0D25 (GSD file for TIC version) DX 0D26 (GSD file for Scientific version)

Note: If the wrong GSD file is selected it will not operate the module. The GSD files must not be altered.

4.2 Start up sequence

The diagram below provides an overview of how the TIC Profibus module and the Scientific Profibus module fit within a Profibus Fieldbus system.

Operation

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Operation

4.2.1 Simple set up instructions for the TIC version

1. Make all the connections to the TIC as appropriate to the system needs and as defined in the TIC instruction manual.

2. Ensure the TIC protocol is set to ’RS232’ (not RS485) and the ’comms address’ is set to ’00’ which is the TIC’s factory default. This can be done from the TIC’s parameters/units menu.

3. Connect the short serial cable provided between the TIC and Profibus module.

4. Connect the Profibus cable (provided by customer) to the Profibus connection.

5. Set address switches.

6. Load the GSD file into the Profibus system configurator (provided by customer).

7. Select module 904 to provide on and off control of a turbo pump connected to the TIC and select modules 913915 to provide gauge control.

Note: The TIC controller is provided with factory set defaults, which are suitable for basic operation of the

controller.

8. Connect the 24V power supply to the Profibus module.

9. Connect the mains supply to the TIC, and turn the TIC on.

10. The TIC controller is available for basic operation within a Profibus Fieldbus system.

4.2.2 Simple set up instructions for the Scientific version

1. Connect the 15 way flying lead or extension cable from the DX/nEXT/nXDS pump to the Profibus module.

2. Connect the Profibus cable (provided by customer) to the Profibus connection.

3. Set address switches.

4. Load the GSD file into the Profibus system configurator (provided by customer).

5. Select module 852 to provide on and off control.

Note: The DX/nEXT/nXDS pump is provided with factory set defaults, which are suitable for basic operation of

the pump.

6. Connect the 24V power supply to the Profibus module.

7. The DX/nEXT/nXDS pump is available for basic operation within a Profibus Fieldbus system.

Edwards and the Edwards logo are trademarks of Edwards Limited.

4.3 Front panel display

Figure 11 - Profibus front panel display

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Operation

Table 13 - Front panel symbols and their functions

Symbol Name Function

Data exchange Module is in data exchange as defined by the Profibus standard.

Off-line Module is not in data exchange as defined by the Profibus

standard.

Error ON at the same time as Offline LED = Configuration or

parameterisation error. Flashing at 1 Hz = Invalid address selected.

Power Internal 5 V supply is operating.

Upper address

switch

Lower address

switch

Sets value of upper nibble of address (Hexadecimal).

Sets value of lower nibble of address (Hexadecimal).

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Operation

4.4 Address set-up

The module address can be set from 1 to 125 using the two hexadecimal rotary switches on the front panel. The lower switch defines the lower half of the address byte (nibble) and the upper switch defines the upper half of the address byte. Each node on a Profibus network must have a unique address. The address switches will only be read by the unit at power-up. Any change of address setting after power-up will be ignored until next power-up.

The following table may assist.

Table 14 - Address switch settings

Upper switch

setting

Address in

Decimal

000633F

1016440

2026541

3036642

4046743

5056844

6066945

7077046

8087147

9097248

10 0 A 73 4 9

11 0 B 74 4 A

12 0 C 75 4 B

13 0 D 76 4 C

14 0 E 77 4 D

15 0 F 78 4 E

16 1 0 79 4 F

17 1 1 80 5 0

18 1 2 81 5 1

19 1 3 82 5 2

20 1 4 83 5 3

21 1 5 84 5 4

22 1 6 85 5 5

23 1 7 86 5 6

24 1 8 87 5 7

25 1 9 88 5 8

26 1 A 89 5 9

27 1 B 90 5 A

28 1 C 91 5 B

29 1 D 92 5 C

Lower switch

setting

Address in

Decimal

Upper switch

setting

Lower switch

setting

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D397-54-880 Issue B

Operation

Upper switch

setting

Address in

Decimal

30 1 E 93 5 D

31 1 F 94 5 E

32 2 0 95 5 F

33 2 1 96 6 0

34 2 2 97 6 1

35 2 3 98 6 2

36 2 4 99 6 3

37 2 5 100 6 4

38 2 6 101 6 5

39 2 7 102 6 6

40 2 8 103 6 7

41 2 9 104 6 8

42 2 A 105 6 9

43 2 B 106 6 A

44 2 C 107 6 B

45 2 D 108 6 C

46 2 E 109 6 D

47 2 F 110 6 E

48 3 0 111 6 F

49 3 1 112 7 0

50 3 2 113 7 1

51 3 3 114 7 2

52 3 4 115 7 3

53 3 5 116 7 4

54 3 6 117 7 5

55 3 7 118 7 6

56 3 8 119 7 7

57 3 9 120 7 8

58 3 A 121 7 9

59 3 B 122 7 A

60 3 C 123 7 B

61 3 D 124 7 C

62 3 E 125 7 D

Lower switch

setting

Upper switch

setting

Address in

Decimal

Lower switch

setting

Note: If the address is set to a value greater than 125 (decimal) or 0 the RED error LED will flash at around 1 Hz

and the module will not go on-line. If this occurs either, change the address and cycle the power or remove power and change the address.

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Operation

4.5 Baud-rate

All 10 standard DP baud-rates are supported. These are: 9.6Kbd; 19.2Kbd; 45.45Kbd; 93.75Kbd; 187.5Kbd; 500Kbd;

1.5Mbd; 3Mbd; 6Mbd; 12Mbd. The unit has no facility for adjusting baud-rate as detection is automatic, and it will

therefore respond to the baud-rate chosen by the master.

4.6 Software format

The Slave software is based upon a modular configurable architecture so the user has considerable control of the contents of the Data exchange messages.

The software modules (defined in the GSD files) generally follow the TIC and DX/nEXT/nXDS pump serial communications objects. In terms of the TIC/DX/nEXT/nXDS serial comms the Profibus input data is provided by ?V, output data is sent by !C and parameterisation by !S. The unit uses ?S to check that parameterisation has succeeded but this data is not returned over the Profibus network as there is no equivalent Profibus message.

Wh e n t h e u n i t i s linked onto the Profibus it will be parameterised and then configured before entering data exchange. The parameterisation and configuration choices are in the GSD file and its comments describe the data content of the input, output and parameterisation bytes. These choices will often be made using a third party configurator such as SyCon that presents an user-friendlier interface.

16-bit values are transmitted with the MSB first and the LSB last.

4.6.1 Parameterisation

The TIC version has one common parameterisation - front panel lock/unlock. The other parameters are modular and will only be sent when a module is selected in the configuration. The TIC and the DX/nEXT/nXDS remember the parameterisation during power down so if it is required to alter a parameterisation you must send it (include it in the configuration list). Parameter settings do not go to default during a power down. On the TIC if a module is in the parameterisation do not alter its settings from the front panel. Conversely if a module is not in the parameterisation then you could sensibly set up from the TIC front panel.

In order to speed up the true data exchange rate (the serial comms information transfer is relatively slow or very slow compared to Profibus) the configuration list might not include all modules and therefore those modules left out will not be parameterised. As the TIC and DX/nEXT/nXDS remember their settings during power down this will not normally cause a problem once the TIC or DX/nEXT/nXDS has been initially set up. However, if the TIC or DX/nEXT/ nXDS is replaced with a different one it wil l not be fully set up by the parameterisation and the user must takes steps to correct this by either setting up the missing modules using the front panel or temporarily adding the modules to the configuration.

The TIC and DX/nEXT/nXDS come with factory default settings that suit simple operation, it is not necessary to alter these settings to simply turn a pump on/off or read a gauge, see their respective manuals for further details. In general the GSD defaults match the TIC and DX/nEXT/nXDS factory defaults.

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

4.6.2 Configuration

During configuration the user can define what modules are required and in which order the data is transferred. The unit simply adds the input and output data bytes to the message maps in the order that they are defined in the configuration message.

A module must only be defined once in the list. If a module is declared more than once it may cause a parameterisation/configuration failure or may not update the data content correctly.

Example:

Module = Mod_A 3 bytes in (Ai1, Ai2, Ai3), 1 byte out (Ao1)

Module = Mod_B 2 bytes in (Bi1, Bi2), 2 bytes out (Bo1, Bo2)

A) Configure Mod_A, Mod_B gives

Output map: -

Byte1 Byte 2 Byte 3

Ao1 Bo1 Bo2

Input map: -

Operation

Byte1 Byte 2 Byte 3 Byte 4 Byte 5

Ai1 Ai2 Ai3 Bi1 Bi2

B) Configure Mod_B, Mod_A gives

Output map: -

Byte1 Byte 2 Byte 3

Bo1 Bo2 Ao1

Input map: -

Byte1 Byte 2 Byte 3 Byte 4 Byte 5

Bi1 Bi2 Ai1 Ai2 Ai3

Data is always referred to the Master so output data is Control data from Master to Slave and Input data is feedback data from Slave to Master.

There are many software modules, (TIC has over 30), and many bytes of data (TIC has over 100 input bytes), care must be taken in correctly selecting and aligning the data into your system.

Configuration may take up to 5 seconds to occur. During this period the Profibus Slave will signal to the Master that is is "not-ready" for data exchange.

4.6.3 Configuration failure

Some variants of the TIC do not have all functional items present and the modules related to these items will not be valid. An inappropriate configuration will lead to parameterisation or configuration failure and the slave will not enter data exchange. The number of the first failed module will be placed in the extended diagnostic data. See GSD or Section 4.6.5 for description of the extended diagnostics.

4.6.4 Parameterisation failure

Some parameterisation will not be valid in particular combinations. The TIC and/or DX/nEXT/nXDS will determine this and the Slave will not enter data exchange. The number of the first failed module will be placed in the extended diagnostic data. As per current recommendations this is not flagged as a critical diagnostic in the mandatory diagnostics (octet 1 bit 3).

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Operation

4.6.5 Diagnostics description

The modules use extended diagnostics in the format below.

Max_Diag_Data_Len = 12

Bytes 1-6 7 8 and 9 10 and 11 Description Mandatory No of bytes of

extended diagnostics (6)

Note: An appropriately configured software module will be shown as a parameterisation failure if that module

contains parameterisation data as the Profibus standard is for parameterisation to occur before configuration. If there is more than one bad parameterisation or configuration entry, the module number will be the first bad module in the order of configuration.

Module failed parameterisation, MSB in 8, LSB in 9

Module failed configuration, MSB in 10, LSB in 11

Serial comms lost (0=OK, 1=lost).

4.7 Details of DX/nEXT/nXDS pump software modules

Introduction

This section applies only to the Scientific Profibus module. The table below provides a summary of the modules.

Table 15 - DX/nEXT/nXDS pump module summary

Module No Module description Compatibility

802 nXDS pump nXDS 1 9 None

803 nXDS pump speed demand nXDS 1 None 4

No of output

bytes

No of input

bytes

No of

Parameter

bytes

808 nXDS temperatures nXDS None 4 None

809 nXDS power nXDS None 2 None

811 nXDS pump cycles nXDS None 4 None

813 nXDS drive run time nXDS None 8 None

814 nXDS tip seal run time nXDS None 8 None

815 nXDS bearing run time nXDS None 8 None

852 DX/nEXT pump control 75DX, 255DX/nEXT 1 6 None

853 DX/nEXT pump set-up 75DX only None 1 (Dummy) 7

853 DX/nEXT pump set-up 255DX/nEXT None 1 (Dummy) 7

859 DX/nEXT pump temperature 75DX, 255DX/nEXT None 2 None

860 DX/nEXT pump power 75DX, 255DX/nEXT None 2 None

864 nEXT85 vent opt2 ONLY setup nEXT85 None 1 (Dummy) 2

865 nEXT85 ONLY temps nEXT85 None 3 None

869 DX/nEXT pump speed demand 75DX,255DX/nEXT 1 None 4

875 DX/nEXT vent valve close 75DX or 255DX/nEXT with a

TIC controller supporting

turbo controller

1 None None

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D397-54-880 Issue B

Operation

Module No Module description Compatibility

880 Service set-up nEXT None 1 (Dummy) 3

881 Service Status nEXT None 4 None

882 Controller Run Time nEXT None 8 None

883 Pump run time nEXT None 8 None

884 Pump cycles nEXT None 4 None

885 Bearing run time nEXT None 8 None

886 Oil cartridge run time nEXT None 8 None

902 Scientific Profibus module

Software Version

Scientific Profibus Module None 2 None

No of output

bytes

No of input

bytes

4.7.1 Software module 802 - nXDS Pump Control

General Description

Main nXDS Pump control and monitoring module. This module must be selected for pump control.

No of

Parameter

bytes

Output bytes (from Master)

1st Stop if value 0. Run if value 1.

Input bytes (to Master)

1st

2nd - 3rd Form a 64-bit system status word. To decode the status first

4th - 5th 6th - 7th 8th - 9th

Associated Parameter options

None.

Form an 8-bit number, which is the motor speed in Revolutions per Second (0-255).

convert the value to binary. Refer to nXDS manual to interpret each bit.

4.7.2 Software module 803 - nXDS Pump Speed Demand

General Description

Controls nXDS Pump speed demand (value).

Output bytes (from Master)

1st Speed demand (if pump started) is full speed if value 0, and

standby speed if value 1.

Input bytes (to Master)

None.

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Operation

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Normal speed indication The value as a percentage of the full speed to define normal

speed indication. (50-100%).

4th Standby speed The value as a percentage of the full speed to define standby

speed. (66-100%).

4.7.3 Software module 808 - nXDS Pump Temperatures

General Description

Read nXDS Pump controller and motor temperatures.

Output bytes (from Master)

None.

Input bytes (to Master)

1st, 2nd Motor temperature in °C.

3rd, 4th Controller temperature in °C.

Associated Parameter options

None.

4.7.4 Software module 809 - nXDS Pump Power

General Description

Read nXDS Pump motor power consumption.

Output bytes (from Master)

None.

Input bytes (to Master)

1st, 2nd

Associated Parameter options

None.

Forms a 16-bit (signed) number, which is the motor power in 10th’s of Watts.

4.7.5 Software module 810 - nXDS Pump Run Time

General Description

Read Hours run by pump.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

Associated Parameter options

None.

Hours run by pump 0..999999

)

Edwards and the Edwards logo are trademarks of Edwards Limited.

4.7.6 Software module 811 - nXDS Pump Cycles

General Description

Read cycles run by pump.

Output bytes (from Master)

None.

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Operation

Input bytes (to Master

1st, 2nd, 3rd

and 4th

Associated Parameter options

None.

Cycles run by pump 0..65535

)

4.7.7 Software module 813 - nXDS Drive Run Time

General Description

Read Hours run by drive and Hours until drive service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until drive service 0..999999

Hours run by drive 0..999999

)

4.7.8 Software module 814 - nXDS Tip Seal Run Time

General Description

Read Hours run by tip seal and Hours until tip seal service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until tip seal service 0..999999

Hours run by tip seal 0..999999

)

D397-54-880 Issue B

Operation

4.7.9 Software module 815 - nXDS Bearing Run Time

General Description

Read Hours run by bearing and Hours until bearing service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until bearing service 0..999999

Hours run by bearing 0..999999

)

4.7.10 Software module 852 - DX/nEXT Pump Control

General Description

Main DX/nEXT Pump control and monitoring module. This module must be selected for pump control.

Output bytes (from Master)

1st Stop if value 0. Run if value 1.

Input bytes (to Master)

1st Form a 16-bit number, which is the motor speed in Revolutions per 2nd 3rd Form a 32-bit system status word. The Upper two bytes (3rd and

4th

5th

6th

Second (0-1800).

4th) are reserved. Each bit of lower 2 bytes is a flag. To decode the status first convert the value to binary. Refer to Table 16 to interpret each bit.

Associated Parameter options

None.

Edwards and the Edwards logo are trademarks of Edwards Limited.

Table 16 - DX/nEXT status flags

Bit No. Status Flag Name Meaning if Flag 0 Meaning if Flag 1

0 Fail Not failed Failure condition

1 Stopped Speed Pump in motion Pump at rest

2 Normal Speed Below normal speed Above normal speed

3 Vent valve Valve output not powered Valve output powered

4 Start Not commanded to start Commanded to start

5 Serial Enable Serial control disabled Serial control enabled

6 Standby Standby not commanded Standby commanded

7 50% speed Below 50% speed Above 50% speed

8 Parallel control Not in Parallel control mode In Parallel control mode

9 Serial control Not in Serial control mode In Serial control mode

10 Software Compatibility Podule software not mis-matched Invalid Podule software

11 Software Completion Podule upload complete Podule Config or Cal failed

12 Timer State Timer duration not exceeded Timer (for 50% speed) expired

13 Hardware Trip No trip Overspeed or Overcurrent trip

14 Thermistor Error Internal temp system good Internal temp system failed

15 Serial Interlock Serial enable good Serial enable bad

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Operation

Note: There are slight differences in the status between the DX and nEXT. For example, DX clears faults on a stop

command and nEXT clears faults on the start command (a stop command should be sent first). The TIC attempts to hide these differences in its returned data (objects 900+).

4.7.11 Software module 853 - DX/nEXT Pump Set-up

There are two versions of this module for the two ranges of pumps - 75DX and 255DX/nEXT. The software modules have different power limit values. The correct module for the pump in use must be selected.

General Description

DX/nEXT Pump set-up and configuration.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Dummy byte (always zero).

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Vent options 8 options with textual descriptions. More information

available on each option from the DX/nEXT pump manual.

4th Ramp and droop timer

setting

5th Power limit Sets the maximum power that the DX/nEXT pump motor will

6th Effect if speed drops below

50%

7th Brake use Whether Electronic braking is enabled or disabled.

Value of the timeout period for both initial speed ramp-up and if the speed drops below 50%. Value is in minutes (1-30).

be allowed to consume (in Watts). The range is different for the two pump ranges.

Options are stop immediately or stop if timing period exceeded.

D397-54-880 Issue B

Operation

4.7.12 Software module 859 - DX/nEXT Pump Temperatures

General Description

Read DX/nEXT Pump controller and motor temperatures.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Motor temperature in °C.

2nd Controller temperature in °C.

Associated Parameter options

None.

4.7.13 Software module 860 - DX/nEXT Pump Power

General Description

Read DX/nEXT Pump motor power consumption.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Forms a 16-bit (signed) number, which is the motor power in 10th’s

2nd

Associated Parameter options

None.

of Watts.

4.7.14 Software module 864 - nEXT85 Pump Vent Option 2

General Description

Controls nEXT85 Pump Vent Option 2 (value).

Output bytes (from Master)

None.

Input bytes (to Master)

1st Dummy byte (always 0)

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Vent options 8 options with textual descriptions. More information

available on each option from the nEXT85 pump manual.

Edwards and the Edwards logo are trademarks of Edwards Limited.

4.7.15 Software module 865 - nEXT85 Only Pump Temperatures

General Description

Read nEXT85 Pump motor, controller and rotor temperatures.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Motor temperature in °C.

2nd Controller temperature in °C.

3rd Motor temperature in °C.

Associated Parameter options

None.

4.7.16 Software module 869 - DX/nEXT Pump Speed Demand

General Description

Controls DX/nEXT Pump speed demand (value).

D397-54-880 Issue B

Operation

Output bytes (from Master)

1st Speed demand (if pump started) is full speed if value 0, and

standby speed if value 1.

Input bytes (to Master)

None.

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Normal speed indication The value as a percentage of the full speed to define normal

speed indication. (50-100%).

4th Standby speed The value as a percentage of the full speed to define standby

speed. (55-100%).

4.7.17 Software module 875 - DX/nEXT Vent Valve close

General Description

Forces vent valve closed (by powering it) regardless of vent valve control set-up.

Output bytes (from Master

1st Not forced closed if value 0. Forced closed if value 1.

)

Note: Once a "forced close" command has been sent it can only be cleared in the DX/nEXT pump podule by

demanding the pump to stop (using software module 852).

Input bytes (to Master)

None.

Associated Parameter options

None.

D397-54-880 Issue B

Operation

4.7.18 Software module 880 - nEXT Service Set-up

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Set-up how a service alert is communicated.

Output bytes (from Master)

None.

Input bytes (to Master

1st Dummy byte (always 0)

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st and 2nd Module number Cannot be changed.

3rd Service set-up 0: Service indication on Status LED

)

1: Service indication on Status LED and FAIL line 2: No service indication on Status LED or FAIL line 3: Service indication on FAIL line

4.7.19 Software module 881 - nEXT Service Status

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Overall service status.

Output bytes (from Master)

None.

Input bytes (to Master

)

1st,2nd,3rd,

4th

Bit Number Status flag Active flag means

Associated Parameter options

None.

From a 32-bit system status word. The Upper three bytes (2nd, 3rd and 4th) are reserved. Each bit of the lower byte is a flag. To decode the status first convert the value to binary. Refer to

Ta bl e 1 7 to interpret each bit.

Table 17 - Converting the value to binary

0 Oil cartridge service due Set when hours until oil cartridge service due = 0

1 Bearing service due Set when hours until bearing service due = 0

2 Pump service due Set when hours until pump service due = 0

or cycles until pump service due = 0

3 Controller service due Set when hours until controller service due = 0

4Reserved -

5Reserved -

6Reserved -

7 Service due Service operation required may be determined by

checking the bits above

8 - 31 Reserved -

Edwards and the Edwards logo are trademarks of Edwards Limited.

4.7.20 Software module 882 - nEXT Controller Run Time

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Read Hours run by controller and Hours until controller service.

Output bytes (from Master)

None.

D397-54-880 Issue B

Operation

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until controller service 0..999999

Hours run by controller 0..999999

)

4.7.21 Software module 883 - nEXT Pump Run Time

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Read Hours run by pump and Hours until pump service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Hours until pump service 0..999999

Hours run by pump 0..999999

)

Associated Parameter options

None.

4.7.22 Software module 884 - nEXT Pump Cycles

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Read cycles run by pump and cycles until pump service.

Output bytes (from Master)

None.

Input bytes (to Master

1st and 2nd Cycles until pump service 0..65535

3rd and 4th Cycles run by pump 0..65535

Associated Parameter options

None.

)

D397-54-880 Issue B

Operation

4.7.23 Software module 885 - nEXT Bearing Run Time

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Read Hours run by bearing and Hours until bearing service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until bearing service 0..999999

Hours run by bearing 0..999999

)

4.7.24 Software module 886 - nEXT Oil Cartridge Run Time

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Read Hours run by oil cartridge and Hours until oil cartridge service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Hours until oil cartridge service 0..999999

Hours run by oil cartridge 0..999999

)

Associated Parameter options

None.

4.7.25 Software module 902 - Scientific Profibus module Software Version

General Description

Module used in Scientific Profibus unit to read the software version it contains. This would normally only be used during setup or test; as it can't alter during data exchange it would not normally be present.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Release state of software in ASCII, should be '4' for production.

e.g.ASCII ’4’ = 34 h.

2nd Version letter of software in ASCII, normally A to Z.

e.g.ASCII ’A’ = 41 h.

Associated Parameter options

None.

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

4.8 Details of TIC Software modules

This section applies only to the TIC controllers' Profibus module. The table below provides a summary of the modules that can be configured.

Table 18 - TIC Controller Module summary

Operation

Module No. Module description Compatibility

853 DX/nEXT pump set-up 75DX with a TIC controller

supporting turbo control

853 DX/nEXT pump set-up 255DX/nEXT with a TIC

controller supporting turbo control

859 DX/nEXT pump

temperature

860 DX/nEXT pump power 75DX or 255DX/nEXT with a

864 nEXT85 Vent Opt2 ONLY

Setup

865 nEXT85 ONLY Temps nEXT85 with a TIC

869 DX/nEXT pump speed set up75DX or 255DX/nEXT with a

875 DX/nEXT vent valve close 75DX or 255DX/nEXT with a

880 Service set-up nEXT with a TIC controller

881 Service Status nEXT with a TIC controller

882 Controller Run Time nEXT with a TIC controller

883 Pump run time nEXT with a TIC controller

884 Pump cycles nEXT with a TIC controller

885 Bearing run time nEXT with a TIC controller

886 Oil cartridge run time nEXT with a TIC controller

803 nXDS Pump Speed Demand nXDS with a TIC controller

808 nXDS Temperature nXDS with a TIC controller

75DX, 255DX/nEXT with a TIC controller supporting turbo control

TIC controller supporting turbo control

nEXT85 with a TIC controller supporting turbo control

controller supporting turbo control

TIC controller supporting turbo control

supporting turbo control

supporting backing control

No of output

bytes

None 1 (Dummy) 7

None 2 None

None 1 (Dummy) 2

None 3 None

1None4

1 None None

None 1 (Dummy) 3

None 4 None

None 8 None

None 4 None

None 8 None

1None4

None 4 None

No of input

bytes

No of

Parameter

bytes

D397-54-880 Issue B

Operation

Module No. Module description Compatibility

809 nXDS Power nXDS with a TIC controller

supporting backing control

811 nXDS Pump cycles nXDS with a TIC controller

supporting backing control

813 nXDS Drive run time nXDS with a TIC controller

supporting backing control

814 nXDS Tip seal run time nXDS with a TIC controller

supporting backing control

815 nXDS Bearing run time nXDS with a TIC controller

supporting backing control

902 TIC Profibus module

Software Version

904 Turbo pump control Any TIC controller with

905 Turbo pump speed Any TIC controller with

906 Turbo pump power Any TIC controller with

907 Turbo normal Any TIC controller with

908 Turbo standby Any TIC controller with

909 Turbo cycle time Any TIC controller with

910 Backing pump control Any TIC controller with

911 Backing pump speed

(Reserved)

912 Backing pump power Any TIC controller with

913 Gauge1 Any TIC controller with

914 Gauge2 Any TIC controller with

914 Gauge3 Any TIC controller with

916 Relay 1 Any TIC controller 1 3 14

917 Relay 2 Any TIC controller 1 3 14

918 Relay 3 Any TIC controller 1 3 14

919 TIC power supply temp Any TIC controller with

920 TIC internal temp Any TIC controller None 4 None

921 Analogue output Any TIC controller None 3 4

922 TIC vent valve Any TIC controller with

923 Heater band Any TIC controller with

TIC Profibus Module None 2 None

turbo control

backing control

Any TIC controller with backing control

backing control

gauge control

turbo control

No of output

bytes

None 2 None

None 4 None

None 8 None

1315

None 4 4

None 4 None

None 3 None

13None

None 5 None

13None

04None

None 4 None

1817

None 4 None

None 3 3

153

No of input

bytes

No of

Parameter

bytes

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

Operation

Module No. Module description Compatibility

924 Air cooler (Fan) Any TIC controller with

turbo control

933 System Any TIC controller with

turbo control

934 Gauge 4 Any 6 Gauge controller 1 8 27

935 Gauge 5 Any 6 Gauge controller 1 8 27

936 Gauge 6 Any 6 Gauge controller 1 8 27

937 Relay 4 Any non-turbo TIC

controller

938 Relay 5 Any non-turbo TIC

controller

939 Relay 6 Any non-turbo TIC

controller

No of output

bytes

None 3 3

1 None None

1314

No of input

bytes

No of

Parameter

bytes

4.8.1 Front panel lock

A "Common" parameter. The options are either locked or unlocked. This parameter is always sent. The panel lock allows monitoring only and scrolling through screens.

Note:

It is advised that the locked option is selected. Front panel control may be overridden by the Profibus command leading to unexpected pump or gauge behaviour.

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd State 0 = unlocked, 1 = control locked.

4.8.2 Software module 853 - DX/nEXT Pump Set-up

To use this module with nEXT you will need TIC version D39700640N or later.

General Description

DX/nEXT Pump set-up and configuration.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Dummy byte (always zero).

D397-54-880 Issue B

Operation

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Vent options 8 options with textual descriptions. More information

available on each option from the DX/nEXT pump manual.

4th Ramp and droop timer

setting

5th Power limit Sets the maximum power that the DX/nEXT pump motor will

6th Effect if speed drops below

50%

7th Brake use Whether Electronic braking is enabled or disabled.

4.8.3 Software module 859 - DX/nEXT Pump Temperatures

This module must only be selected if there is a DX/nEXT pump connected to the TIC.

Value of the timeout period for both ramp time and droop time. Value is in minutes (1-30).

be allowed to consume (in Watts). The range is different for the two pump types.

Options are stop immediately or stop if timing period exceeded.

General Description

Read DX/nEXT Pump controller and motor temperatures.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Motor temperature in °C.

2nd Controller temperature in °C.

Associated Parameter options

None.

4.8.4 Software module 860 - DX/nEXT Pump Power

This module must only be selected if there is a DX/nEXT pump connected to the TIC.

General Description

Read DX/nEXT Pump motor power consumption.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Forms a 16-bit (unsigned) number, which is the motor power in

2nd

10th’s of Watts.

Associated Parameter options

None.

Edwards and the Edwards logo are trademarks of Edwards Limited.

4.8.5 Software module 864 - nEXT85 Pump Vent Option 2

General Description

Controls nEXT85 Pump Vent Option 2 (value).

Output bytes (from Master)

None.

Input bytes (to Master)

1st Dummy byte (always 0)

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Vent options 8 options with textual descriptions. More information

available on each option from the nEXT85 pump manual.

4.8.6 Software module 865 - nEXT85 Only Pump Temperatures

D397-54-880 Issue B

Operation

General Description

Read nEXT85 Pump motor, controller and rotor temperatures.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Motor temperature in °C.

2nd Controller temperature in °C.

3rd Motor temperature in °C.

Associated Parameter options

None.

4.8.7 Software module 869 - DX/nEXT Pump Speed Set-up

This module must only be selected if there is a DX/nEXT pump connected to the TIC.

General Description

Defines DX/nEXT Pump normal and standby speeds.

Output bytes (from Master)

1st Not used with a TIC (preferably leave as zero). Use Module 908 to

go to standby.

Input bytes (to Master)

None.

D397-54-880 Issue B

Operation

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Normal speed indicator The value as a percentage of the full speed to define normal

speed indication. (50-100%).

4th Standby speed The value as a percentage of the full speed to define standby

speed. (55-100%).

4.8.8 Software module 875 - DX/nEXT Vent Valve close

This module must only be selected if there is a DX/nEXT pump connected to the TIC.

General Description

Forces vent valve closed (by powering it) regardless of vent valve control set-up.

Output bytes (from Master)

1st Not forced closed if value 0. Forced closed if value 1.

Once a "forced close" command has been sent it can only be cleared in the DX/nEXT pump podule by demanding the pump to stop (using software module 904).

Input bytes (to Master)

None.

Associated Parameter options

None.

4.8.9 Software module 880 - nEXT Service Set-up

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Set-up how a service alert is communicated.

Output bytes (from Master)

None.

Input bytes (to Master

1st Dummy byte (always 0)

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st and 2nd Module number Cannot be changed.

)

3rd Service set-up 0: Service indication on Status LED

1: Service indication on Status LED and FAIL line 2: No service indication on Status LED or FAIL line 3: Service indication on FAIL line

Edwards and the Edwards logo are trademarks of Edwards Limited.

4.8.10 Software module 881 - nEXT Service Status

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Overall service status.

Output bytes (from Master)

None.

D397-54-880 Issue B

Operation

Input bytes (to Master

1st,2nd,3rd,

4th

Bit Number Status flag Active flag means

Associated Parameter options

None.

From a 32-bit system status word. The Upper three bytes (2nd, 3rd and 4th) are reserved. Each bit of the lower byte is a flag. To decode the status first convert the value to binary. Refer to

Ta bl e 1 7 to interpret each bit.

0 Oil cartridge service due Set when hours until oil cartridge service due = 0

1 Bearing service due Set when hours until bearing service due = 0

2 Pump service due Set when hours until pump service due = 0

3 Controller service due Set when hours until controller service due = 0

4Reserved -

5Reserved -

6Reserved -

7 Service due Service operation required may be determined by

8 - 31 Reserved -

)

Table 19 - Converting the value to binary

or cycles until pump service due = 0

checking the bits above

4.8.11 Software module 882 - nEXT Controller Run Time

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Read Hours run by controller and Hours until controller service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until controller service 0..999999

Hours run by controller 0..999999

)

D397-54-880 Issue B

Operation

4.8.12 Software module 883 - nEXT Pump Run Time

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Read Hours run by pump and Hours until pump service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until pump service 0..999999

Hours run by pump 0..999999

)

4.8.13 Software module 884 - nEXT Pump Cycles

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Read cycles run by pump and cycles until pump service.

Output bytes (from Master)

None.

Input bytes (to Master

1st and 2nd Cycles until pump service 0..65535

3rd and 4th Cycles run by pump 0..65535

Associated Parameter options

None.

)

4.8.14 Software module 885 - nEXT Bearing Run Time

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Read Hours run by bearing and Hours until bearing service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until bearing service 0..999999

Hours run by bearing 0..999999

)

Edwards and the Edwards logo are trademarks of Edwards Limited.

4.8.15 Software module 886 - nEXT Oil Cartridge Run Time

This module must only be selected if there is a nEXT pump connected to the TIC.

General Description

Read Hours run by oil cartridge and Hours until oil cartridge service.

Output bytes (from Master)

None.

D397-54-880 Issue B

Operation

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until oil cartridge service 0..999999

Hours run by oil cartridge 0..999999

)

4.8.16 Software module 803 - nXDS Pump Speed Demand

General Description

Controls nXDS Pump speed demand (value).

Output bytes (from Master)

1st Speed demand (if pump started) is full speed if value 0, and

standby speed if value 1.

Input bytes (to Master)

None.

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Normal speed indication The value as a percentage of the full speed to define normal

speed indication. (50-100%).

4th Standby speed The value as a percentage of the full speed to define standby

speed. (66-100%).

4.8.17 Software module 808 - nXDS Pump Temperatures

General Description

Read nXDS Pump motor and controller temperatures.

Output bytes (from Master)

None.

Input bytes (to Master)

1st, 2nd Motor temperature in °C.

3rd, 4th Controller temperature in °C.

Associated Parameter options

None.

D397-54-880 Issue B

Operation

4.8.18 Software module 809 - nXDS Pump Power

General Description

Read nXDS Pump motor power consumption.

Output bytes (from Master)

None.

Input bytes (to Master)

1st, 2nd

Associated Parameter options

None.

Forms a 16-bit (signed) number, which is the motor power in 10th’s of Watts.

4.8.19 Software module 810 - nXDS Pump Run Time

General Description

Read Hours run by pump.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

Associated Parameter options

None.

Hours run by pump 0..999999

)

4.8.20 Software module 811 - nXDS Pump Cycles

General Description

Read cycles run by pump.

Output bytes (from Master)

None.

Input bytes (to Master

1st, 2nd, 3rd

and 4th

Associated Parameter options

None.

Cycles run by pump 0..65535

)

4.8.21 Software module 813 - nXDS Drive Run Time

General Description

Read Hours run by drive and Hours until drive service.

Output bytes (from Master)

None.

Edwards and the Edwards logo are trademarks of Edwards Limited.

Input bytes (to Master)

D397-54-880 Issue B

Operation

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until drive service 0..999999

Hours run by drive 0..999999

4.8.22 Software module 814 - nXDS Tip Seal Run Time

General Description

Read Hours run by tip seal and Hours until tip seal service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until tip seal service 0..999999

Hours run by tip seal 0..999999

)

4.8.23 Software module 815 - nXDS Bearing Run Time

General Description

Read Hours run by bearing and Hours until bearing service.

Output bytes (from Master)

None.

Input bytes (to Master

1st,2nd,3rd

and 4th

5th, 6th, 7th

and 8th

Associated Parameter options

None.

Hours until bearing service 0..999999

Hours run by bearing 0..999999

)

4.8.24 Software module 902 - TIC Software Version

General Description

Module used in TIC Profibus unit to read the software version it contains. This would normally only be used during setup or test; as it cannot be altered during data exchange it would not normally be present.

Output bytes (from Master)

None.

D397-54-880 Issue B

Operation

Input bytes (to Master)

1st Release state of software in ASCII, should be '4' for production.

e.g.ASCII ’4’ = 34 h.

2nd Version letter of software in ASCII, normally A to Z. e.g.ASCII’A’

= 41 h.

Associated Parameter options

None.

4.8.25 Software module 904 - Turbo Pump control

This module should be used with any Turbo pump that is compatible with a TIC unit.

General Description

Controls Turbo pumps connected to a TIC.

Output bytes (from Master)

1st Stop if value 0. Run if value 1. Leave alone if value 99 (dec). See

note in Section 4.8.34.

Input bytes (to Master)

1st State - refer to table in Appendix A1.

2nd Alert - refer to table in Appendix A2.

3rd Priority - refer to table in Appendix A3.

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Control gauge Allows the turbo pump operation to be controlled by one of

4th

5th Gauge units Setpoint units. Options are Pascals or volts.

6th Turbo setpoint ON These are four byte numbers in IEEE-754 format. A conversion

7th

8th

9th

10th Turb setpoint OFF These are four byte numbers in IEEE-754 format. A conversion

11th

12th

13th

14th Control enable Enables or disables control at the chosen setpoint by the

15th Start delay In minutes from zero to 99.

the gauges if desired. Options include none, but if this option is selected it is recommended that the enable option is set to disabled.

utility must be used. See note in Section 4.8.34.

chosen gauge.

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

4.8.26 Software module 905 - Turbo Pump Speed

This module can be used with any Turbo pump that is compatible with a TIC unit.

General Description

Monitors speeds and sets failures times.

Output bytes (from Master)

None.

Input bytes (to Master)

1st This is a signed word. The pump speed in 200th's of percent.

2nd

3rd Alert - refer to table in Appendix A2.

4th Priority - refer to table in Appendix A3.

Associated Parameter options

Note: A DX/nEXT pump does not use these options, it uses 853 instead; leave at default values for DX/nEXT.

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Start/fail time in minutes

(1-30).

4th Droop fail time in minutes

(0-30).

This is the time allowed from start to reach 50% speed. If the speed is not reached in this time a failure condition is entered.

This is the time allowed for the speed to drop below 50%. If the speed is below 50% for longer than this time a failure condition is entered.

Operation

4.8.27 Software module 906 - Turbo Pump Power

This module can be used with any Turbo pump that is compatible with a TIC unit.

General Description

Monitors turbo power.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Form a 16-bit number, which is the motor power 10th's of Watts.

2nd

3rd Alert - refer to table in Appendix A2.

4th Priority - refer to table in Appendix A3.

No Alerts currently exist for this software module so the 3rd and 4th bytes will always be zeros.

Associated Parameter options

None.

D397-54-880 Issue B

Operation

4.8.28 Software module 907 - Turbo Normal

This module can be used with any Turbo pump that is compatible with a TIC unit.

General Description

Monitors whether turbo pump is at normal speed.

Output bytes (from Master)

None.

Input bytes (to Master)

1st Whether at Normal speed: 0 =No; 4 = Yes.

2nd Alert - refer to table in Appendix A2.

3rd Priority - refer to table in Appendix A3.

No Alerts currently exist for these software modules so the 2nd and 3rd bytes will always be zero.

Associated Parameter options

None.

4.8.29 Software module 908 - Turbo Standby

This module can be used with any Turbo pump that is compatible with a TIC unit.

General Description

Set up a pump standby speed mode and monitors whether this has occurred.

Output bytes (from Master)

1st Standby command (1 = standby mode; 0= normal mode).

Input bytes (to Master)

1st Whether Standby speed mode is set: 0 =No; 4 = Yes.

2nd Alert - refer to table in Appendix A2.

3rd Priority - refer to table in Appendix A3.

No Alerts currently exist for these software modules so the 2nd and 3rd bytes will always be zero.

Associated Parameter options

None.

4.8.30 Software module 909 - Turbo Cycle Time

This module can be used with any Turbo pump that is compatible with a TIC unit.

General Description

Monitors turbo pump and if it is running shows running time, since it was last started.

Output bytes (from Master)

None.

Edwards and the Edwards logo are trademarks of Edwards Limited.

Input bytes (to Master)

1st First two bytes form a 16-bit number which is the turbo

2nd

3rd State - 4=monitoring is on.

4th Alert - refer to table in Appendix A2.

5th Priority - refer to table in Appendix A3.

No Alerts currently exist for these software modules so the 4th and 5th bytes will always be zero.

Associated Parameter options

None.

running time in hours since the pump was started. 0=pump off or run time is less than 1 hour.

4.8.31 Software module 910 - Backing pump control

This module can be used with any TIC that includes pump control.

General Description

Controls Backing Pump.

Output bytes (from Master)

D397-54-880 Issue B

Operation

1st Backing pump control (1 = run; 0= stop).

Input bytes (to Master)

1st State - refer to table in Appendix A1.

2nd Alert - refer to table in Appendix A2.

3rd Priority - refer to table in Appendix A3.

No Alerts currently exist for these software modules so the 2nd and 3rd bytes will always be zero.

Associated Parameter options

None.

4.8.32 Software module 911 - Backing pump speed

This module can be used with TIC compatible backing pumps with speed feedback.

Note: Provided to support future backing pump enhancements.

General Description

Monitors Backing Pump speed (if pump has compatible speed feedback).

Output bytes (from Master)

None.

Input bytes (to Master)

1st This is a signed word. The pump speed in 200th's of percent.

2nd

3rd Alert - refer to table in Appendix A2.

4th Priority - refer to table in Appendix A3.

No Alerts currently exist for these software modules so the 3rd and 4th bytes will always be zero.

Associated Parameter options

None.

Half speed = 10,000 (dec) = 2710 (hex).

D397-54-880 Issue B

Operation

4.8.33 Software module 912 - Backing pump power

This software module for use with 24Vdc backing pumps compatible with a TIC controller.

General Description

Monitors Backing Pump power (if pump is 24vdc powered from the TIC).

Output bytes (from Master)

None.

Input bytes (to Master)

1st Form a 16-bit number, which is the motor power in 10th's of

2nd

3rd Alert - refer to table in Appendix A2.

4th Priority - refer to table in Appendix A3.

No Alerts currently exist for these software modules so the 3rd and 4th bytes will always be zero.

Associated Parameter options

None.

Watts.

4.8.34 Linking gauges and pumps

The TIC Profibus module can be used to link items. Further information about linking can be read in the TIC instruction manual D397 22 880 Section 4.13. The information below provides details about linking using the TIC Profibus module.

Controlled gauges (AIMs and AIGX) and Turbo pumps can be controlled over Profibus in Data exchange. Linking can al so be set up by parameterisation of the TIC such that th e TIC will turn on/off linked items at the specified pressures, voltages or speeds from a controlling item (master object).

However, the linked state will soon be overwritten by the Data Exchange value. To let the TIC linking be in complete control, a value of '99' (Device 'leave alone') should be used in the Output data from the Profibus master.

If master conditions are such that the controlled item should be off, an output data exchange value requesting the controlled item should turn on will be ignored.

If master conditions are such that the controlled item should be on, an output data exchange value requesting the controlled item should turn on or off will be followed - manual override. This allows, for example, a gauge to be turned off before a rapid vent or before a gas feed is turned on that would contaminate the gauge if it were running.

Note: See Section 5.1, concern with TIC version D39700640C and earlier.

The TIC cancels a manual override when the master conditions alter such that the controlled item should change state.

Controlling item (master object) - This is the item that will control the gauge.

Note: If an inappropriate choice is selected e.g. controlling gauge 1 with gauge 1 or controlling with turbo speed

when the TIC is an instrument only unit the TIC may appear to create a link but will not actually control using the master object selected.

Units - The unit value must be a suitable type for the controlling item or the set-up will be ignored by the

TIC i.e. must use speed for a Turbo pump and must use pressure or volts for a gauge.

Setpoint On and Off - The setpoint value formats depend on the units selected. Both Pascal's and volts require an IEEE-754 floating-point format number (32-bit). Use of IEEE-754 format to represent floating point numbers is commonplace in PLCs. A useful conversion tool can be found at the following web address: http:// babbage.cs.qc.edu/courses/cs341/IEEE-754.html or at www.schmidt.net.

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

Percentage speed is a 16-bit integer with the number in 200th's of a percent i.e.50%=10,000(decimal)=2710(hex) so number entered, for example in SyCon, should be 2710(00002710).

Enable - Enables or disables control at the chosen setpoint by the chosen master object. If this is set to "disabled" the configured control link will not function.

4.8.35 Software module 913 - Gauge 1

This module can be used with any TIC version that includes gauges.

General Description

Control and monitoring of Gauge connected to gauge port number 1.

Output bytes (from Master)

1st Gauge commands - refer to table in Appendix A4.

Note: The value ’5’ (Degas) should be used with caution, It should not be used for any gauge type except AIGX.

With an AIGX the gauge should first be turned on (Value 1) then put into degas. After initiating degas the value should be returned to 1 and degas will continue for the remainder of the 3 min period. If the value is left at5, degas will be continuously used. If value is set to zero before degas is completed, the TIC will no longer control the degas line correctly (version D397-00-640 Issue D and earlier).

Input bytes (to Master)

Operation

1st First four bytes form a 32-bit IEEE-754 format floating point

2nd

3rd

4th

5th Value units. (Pascals =59; volts =66). Taken from the gas type

6th State - refer to table in Appendix A5.

7th Alert - refer to table in Appendix A2.

8th Priority - refer to table in Appendix A3.

Associated Parameter options (bytes 3-14 relate to linking gauges)

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Controlling item Master object.

4th

5th Units For Master object not

6th Setpoint ON IEEE-754 format for pressure and voltage.

7th

8th

9th

10th Setpoint OFF IEEE-754 format for pressure and voltage.

11th

12th

13th

14th Enable Enables or disables control at the chosen setpoint.

gauge value.

parameterisation.

Slave object.

D397-54-880 Issue B

Operation

Bytes Parameter Option Description of Parameter

15th Gas type This option also determines signal units. All except voltage

options will be in Pascal’s (IEEE-754 format).

16th Filter Either no gauge signal filtering or a 1 second averaging filter

can be selected.

17th ASG range If the gauge is a strain gauge the full-scale range must be

selected as either 1000 mbar or 2000 mbar.

4.8.36 Software module 914 - Gauge 2

This module can be used with any TIC version that includes gauge control.

General Description

Control and monitoring of Gauge connected to gauge port number 2. See Gauge 1 for output, input and parameter options.

4.8.37 Software module 915 - Gauge 3

This module can be used with any TIC version that includes gauge control.

General Description

Control and monitoring of Gauge connected to gauge port number 3. See Gauge 1 for output, input and parameter options.

4.8.38 Linking Relay set point outputs

The TIC Profibus module can be used to provide relay set point outputs based on gauge pressure, volts, or pump speed. Further information about relay set point outputs can be read in the TIC instruction manual D397 22 880 Section 4.16. The information below provides details about linking using the TIC Profibus module.

Linking can be set up by parameterisation of the TIC such that the linked items will turn on/off at the specified pressures, voltages or speeds from a master item.

Controlling item (Master object) - The item that will control the relay. Units - The unit value must be a suitable type for the controlling item or the set-up will be ignored by the TIC i.e.

must use speed for a Turbo pump and must use pressure or volts for a gauge. Setpoint On and Off - The setpoint value formats depend on the units selected. Both Pascal's and volts require an

IEEE-754 floating point format number (32-bit). Use of IEEE-754 format to represent floating point numbers is commonplace in PLCs. A useful conversion tool can be found at the following web address: http:// babbage.cs.qc.edu/courses/cs341/IEEE-754.html.

Percentage speed is a 16-bit integer with the number in 200th's of a percent i.e.50%=10,000(decimal)=2710(hex) so number entered, for example in SyCon, should be 00002710h.

Enable - Enables or disables control at the chosen setpoint by the chosen master object. If this is set to "disabled" the configured control link will not function.

Edwards and the Edwards logo are trademarks of Edwards Limited.

4.8.39 Software module 916 - Relay 1

General Description

Control, set-up and monitoring of Relay 1 output.

Output bytes (from Master)

1st Relay control (0=Off, 1=On, 99=leave alone)

Input bytes (to Master)

1st State - 0 = off, 4 = on.

2nd Alert - refer to table in Appendix A2.

3rd Priority - refer to table in Appendix A3.

No Alerts currently exist for these software modules so the 2nd and 3rd bytes will always be zero.

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Controlling item Master object.

4th

5th Units For Master object not

6th Setpoint ON IEEE-754 format for pressure and voltage.

7th

8th

9th

10th Setpoint OFF IEEE-754 format for pressure and voltage.

11th

12th

13th

14th Enable Enables or disables control at the chosen setpoint.

Slave object.

D397-54-880 Issue B

Operation

4.8.40 Software module 917 - Relay 2

General Description

Control, set-up and monitoring of Relay 2 output. See Relay 1 for output, input and parameter options.

4.8.41 Software module 918 - Relay 3

General Description

Control, set-up and monitoring of Relay 3 output. See Relay 1 for output, input and parameter options.

D397-54-880 Issue B

Operation

4.8.42 Software module 919 - TIC Power supply temperature

Note: This module will not work with an instrument only version of the TIC.

General Description

Monitors TIC power supply temperature.

Output bytes (from Master)

None.

Input bytes (to Master)

1st First two bytes form a 16-bit number which is the temperature

2nd

3rd Alert - refer to table in Appendix A2.

4th Priority - refer to table in Appendix A3.

No Alerts currently exist for this software module so the 3rd and 4th bytes will always be zero.

Associated Parameter options

None.

in 10th's of a degree Celsius-274 e.g. freezing water = 2740.

4.8.43 Software module 920 - TIC internal temperature

General Description

Monitors TIC motherboard temperature.

Output bytes (from Master)

None.

Input bytes (to Master)

1st First two bytes form a 16-bit number which is the temperature

2nd

3rd Alert - refer to table in Appendix A2.

4th Priority - refer to table in Appendix A3.

No Alerts currently exist for these software modules so the 3rd and 4th bytes will always be zero.

Associated Parameter options

None.

in 10th's of a degree Celsius-274 e.g. freezing water = 2740.

Edwards and the Edwards logo are trademarks of Edwards Limited.

4.8.44 Software module 921 - Analogue output

General Description

Set-up and monitoring of the TIC Analogue output.

Output bytes (from Master)

None - No direct user control.

Input bytes (to Master)

1st Indication of the Analogue output voltage as a number from 0

to 255. (0-10.34V). This voltage depends on the Master object selected (see below).

2nd Alert - refer to table in Appendix A2.

3rd Priority - refer to table in Appendix A3.

No Alerts currently exist for these software modules so the 2nd and 3rd bytes will always be zero.

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Master object Determines which object the analogue output represents.

4th

Choices are: none; gauge1 signal; gauge2 signal; gauge3 signal and turbo speed. If a gauge is selected the analogue output is the same as the gauge voltage (regardless of gauge units). If turbo speed is selected, 0-10V represents 0-100%.

D397-54-880 Issue B

Operation

4.8.45 Software module 922 - TIC Vent valve

General Description

Set-up and monitoring of the TIC vent valve.

Output bytes (from Master)

None - No direct user control.

Input bytes (to Master)

1st State - 0 = off, 4 = on.

2nd Alert - refer to table in Appendix A2.

3rd Priority - refer to table in Appendix A3.

No Alerts currently exist for these software modules so the 2nd and 3rd bytes will always be zero.

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Vent option Determines the operation of the vent valve. Options are

either: Vent when turbo speed reaches 50% OR vent when turbo is commanded to stop.

D397-54-880 Issue B

Operation

4.8.46 Software module 923 - Heater band

General Description

Control, set-up and monitoring of the Heater band control output.

Output bytes (from Master)

1st Manual control (0=Off, 1=On, 99=leave alone)

Note: Manual control is only available when the turbo pump has reached ’normal speed’ and either the heater

band on time is set to ’0’ or the heater time has not expired.

Input bytes (to Master)

1st First two bytes form a 16-bit number which is the time in

2nd

3rd State - 0 = on, 4 = off.

4th Alert - refer to table in Appendix A2.

5th Priority - refer to table in Appendix A3.

No Alerts currently exist for this software module so the 4th and 5th bytes will always be zero.

minutes that the heater band has remaining.

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Heater band on time The number of hours that the heater band will be on for once

started. The turbo pump reaching normal speed initiates heater band operation. If the turbo speed drops below normal the heater band will switch off and the timer will be reset. If this facility is to be used the output byte value should be 99.

4.8.47 Software module 924 - Air Cooler (Fan)

General Description

Set-up and monitoring of the TIC Air cooler (fan).

Output bytes (from Master)

None - No direct user control.

Input bytes (to Master)

1st State - 0 = off, 4 = on.

2nd Alert - refer to table in Appendix A2.

3rd Priority - refer to table in Appendix A3.

No Alerts currently exist for this software module so the 2nd and 3rd bytes will always be zero.

Associated Parameter options

Bytes Parameter Option Description of Parameter

1st Module number Cannot be changed.

2nd

3rd Function Determines the operation of the air cooler output. Options are

either: Always On=0. On with the turbo=1.

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

4.8.48 Software module 933 - System

This module must only be selected for TIC and TC variants.

General Description

Control System.

Output bytes (from Master)

1st System control (0=Off, 1=On, 99=leave alone)

Input bytes (to Master)

None.

Associated Parameter options

None.

4.8.49 Software module 934 - Gauge 4

This module must only be selected for 6 Gauge IC variants.

General Description

Control and monitoring of Gauge connected to gauge port number 4. Only the CapMan variant of the 6 Gauge IC supports CapMans.

Operation

Output bytes (from Master)

1st Gauge commands - refer to table in Appendix A4.

Note: The value ‘5’ (Degas) should be used with caution. It should not be used for any gauge types except AIGX

and Ion Gauge Controller. Refer to 6 Gauge TIC manual D397-01-880 and appropriate gauge manual for correct use.

Input bytes (to Master)

1st, 2nd,

3rd, 4th

5th Value units. (Pascals=59; volts=66). Taken from the gas type

6th State - refer to table in Appendix A5.

7th Alert - refer to table in Appendix A2.

8th Priority - refer to table in Appendix A3.

First four bytes form a 32-bit IEEE-754 format floating point gauge value.

parameterisation.

D397-54-880 Issue B

Operation

Associated Parameter options

Bytes 3-14 relate to linking gauges.

Bytes Parameter Option Description of Parameter

1st,2nd Module number Cannot be changed.

3rd,4th Controlling item Master object.

5th Units For Master object not Slave object.

6th,7th,8th,

9th

10th,11th,

12th,13th

14th Enable Enables or disables control at the chosen setpoint.

15th Gas type This option also determines signal units. All except voltage

16th Filter Either no gauge signal filtering or a 1 second averaging filter

17th ASG range If the gauge is a strain gauge the full-scale range must be

18th IGC filament Select filament. 1 = 1, 2 = 2.

19th IGC head Select head. 1 = A, 2 = B.

20th IGC emission Select emission level. 0 = auto, 1 = 100μAmp, 2 = 1mAmp,

21st IGC restrike Restrike behaviour. 0 = Off, 1 = On.

22nd,23rd IGC Constant 1 Constant value. 0.020 to 0.480.

24th,25th IGC Constant 2 Constant value. 0.020 to 0.480.

26th CapMan range Select range. 0 = 0.05, 1 = 0.1, 2 = 0.2, 3 = 1, 4 = 2, 5 = 10,

27th CapMan units Select range units. 2 = mBar, 3 = Torr.

Setpoint ON IEEE-754 format for pressure and voltage.

Setpoint OFF IEEE-754 format for pressure and voltage.

options will be in Pascal’s. 0 = “Nitrogen” 1 = “Helium” 2 = “Argon” 3 = “Carbon Dioxide” 4 = “Neon” 5 = “Krypton” 6 = “Voltage”

can be selected.

selected as either 0 = 1000 mbar or 1 = 2000 mbar.

3 = 10mAmp.

6 = 20, 7 = 100, 8 = 200, 9 = 1000, 10 = 2000.

4.8.50 Software module 935 - Gauge 5

This module must only be selected for 6 Gauge IC variants.

General Description

Control and monitoring of Gauge connected to gauge port number 5. Only the CapMan variant of the 6 Gauge IC supports CapMans.

See Gauge 4 for output, input and parameter options.

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

4.8.51 Software module 936 - Gauge 6

This module must only be selected for 6 Gauge IC variants.

General Description

Control and monitoring of Gauge connected to gauge port number 6. Only the CapMan variant of the 6 Gauge IC supports CapMans.

See Gauge 4 for output, input and parameter options.

4.8.52 Software module 937 - Relay 4

General Description

Control, set-up and monitoring of Relay 4 output. See Relay 1 for output, input and parameter options.

4.8.53 Software module 938 - Relay 5

General Description

Control, set-up and monitoring of Relay 5 output. See Relay 1 for output, input and parameter options.

Operation

4.8.54 Software module 939 - Relay 6

General Description

Control, set-up and monitoring of Relay 6 output. See Relay 1 for output, input and parameter options.

4.9 Response time calculations & Measurements

The TIC and Scientific Profibus units response times (due to a change in output data) and true data update times vary significantly depending on the data exchange configuration and the attached equipment. For both unit types there is also a time delay due to the bus speed. For 9.6Kbd this is approximately 50ms. For 19.2Kdb it is approximately 25ms. For all other bus speeds the delay is relatively negligible.

The nEXT pumps response to a setup change is much slower than that of the DX pump. Parameterising multiple items on the nEXT can take several seconds delaying entry into data exchange.

For a Scientific Profibus unit on a high speed network, the response time on average is roughly:

120ms for the first software module + 30ms extra for each additional configured software module.

For a TIC Profibus unit on a high speed network, the response time on average is roughly:

30 ms + 30ms extra for each configured software modules with a 900 number + 140ms extra for each configured software modules with a 800 number + 50ms extra if a DX/nEXT/nXDS pump is attached + 300ms extra if the measure of response time is gauge pressure update time.

D397-54-880 Issue B

Operation

Example: A TIC Profibus module fitted to a network operating at 19.2Kbd with a DX/nEXT/nXDS pump and 2 gauges fitted, with the configuration 913, 914, 904, 860. To determine the likely average gauge update rate the calculation is

25ms (for bus speed) + 50ms (for DX/nEXT/nXDS pump) + 30ms (fixed) + 3 x 30ms = 90 ms (for 900 modules) + 140ms (for 800 module) + 300ms (for gauge update time as the measure) = 635ms

Note: The Sync and Freeze Profibus functions are supported by the TIC and Scientific Profibus units, but should

be used with caution due to the variable time delays associated with the units.

Edwards and the Edwards logo are trademarks of Edwards Limited.

5Maintenance

5.1 Fault finding

In the event of a TIC or Scientific Profibus module failing to respond check the following:

Table 20 - Fault finding guide

Symptom Fault

Power LED not lit No DC supply or internal regulator faulty.

Power LED lit but no power to DX/nEXT pump. Scientific version only.

Off-line not lit and Error LED flashing. Address selection is above 125, correct the address and

Off-line LED is lit and Error LED is lit. Unsuitable parameterisation or configuration, check

Off-line LED is lit and Error LED is not lit. Check unit’s address matches that being used by the

Power LED is lit and all other LED’s are not lit.

Data exchange LED is lit but data is not changing.

Data exchange LED is lit but a parameterised function is not behaving as expected.

Master is controlling an output on a TIC but it sometimes changes state for several seconds.

Master is controlling an output on a TIC but the output is toggling on and off at about a 10 second rate.

Selected set-points will not function See notes in Sections 4.8.34 and 4.8.38. The TIC

The fuse may have blown. If this is suspected the cable to the DX/nEXT pump can be removed from the Profibus module and a voltmeter used between pins 1 and 13 of the 15W D-type socket. 24V should be output. Likely cause of the fuse to blow is a shortcircuit in the wiring to the DX/nEXT pump. Check using a DVM between all three +24V connections on the 15W D-type free plug (pins 1, 6 & 11) and all three 0V connections (pins 8, 13 & 14). Also check between each pin and pump body. All must be high resistance.

re-power unit.

extended diagnostics for module number.

master.

Serial connection to TIC or DX/nEXT/nXDS disconnected or faulty or TIC not powered on.

Serial connection has become faulty after entering data exchange. Check extended diagnostics for serial comms lost indication.

Unsuitable parameterisation detected during serial comms transfer, check extended diagnostics for module number.

Has the output been parameterised with slaving enabled? If yes, then manual override is only sensible under certain conditions, at other times send the ’leave alone’ command value.

Known concern on TIC version D39700640D and earlier. Upgrade to an appropriate version. Work around:If only manual control required ensure that in the slaving parameter the master object is set to none and setpoint disabled. If slaving only operation is required send the ’leave alone’ command value at all times. If slaving operation with occasional manual override is required then send the on or off command for approx.

0.5 seconds then return to ’leave alone’.

Profibus module requires software that can accept 32bit numbers in the parameterisation field. If using Hilscher Sycon software, the Profibus DLL of that software suite must be either revision 2,7,5,0 or later.

D397-54-880 Issue B

Maintenance

D397-54-880 Issue B

Maintenance

5.2 Factory defaults

SCIENTIFIC PUMP VERSION

Table 21 - Profibus Module default set-up values (Scientific version)

Software

Module

No.

Parameter Units Default value

853 Vent Option Numbered

853 Ramp and Droop timer Minutes 8

853 Power Limit Watts 80 IF 75DX

853 Effect if speed drops below

853 Brake Use Numbered

864 Vent 2 Numbered

869 Normal Speed Percent 80

869 Standby Speed Percent 70

880 nEXT Service Setting Numbered

TIC VERSION

50%

0 ( = Full vent when speed drops below 50% full

options

Numbered options

options

Table 22 - Profibus Module default set-up values (TIC version)

rotational speed for a stop command or a fail).

160 IF 255DX/nEXT

1 ( = Stop if timing period exceeded)

0 ( = Disabled)

8 ( = Fan on)

0 = Status LED

Software

Module

No.

928 Front panel control lock Numbered

853 Vent Option Numbered

853 Ramp and Droop timer Minutes 8

853 Power Limit Watts 80 IF 75DX

853 Effect if speed drops below

Parameter Units Default value

1 ( = Locked).

options

0 ( = Full vent when speed drops below 50% full

50%

options

Numbered options

Edwards and the Edwards logo are trademarks of Edwards Limited.

rotational speed for a stop command or a fail).

160 IF 255DX

1 ( = Stop if timing period exceeded)

Software

Module

No.

D397-54-880 Issue B

Maintenance

Parameter Units Default value

853 Brake Use Numbered

options

864 Vent 2 Numbered

options

869 Normal Speed Percent 80

869 Standby Speed Percent 70

880 nEXT Service Setting Numbered

options

904 Master gauge Numbered

options

904 Master gauge units Numbered

options

904 ON Setpoint IEEE-754 format 0x40200000 ( = 2.5E-4 pascals)

904 OFF Setpoint IEEE-754 format 0x41200000 ( = 1.0E-3 pascals)

904 Control from gauge

selected.

Numbered options

0 ( = Disabled)

8 ( = Fan on)

0 = Status LED

0 ( = None)

59 ( = Pascals)

0 ( = disabled)

904 Start delay Minutes 0

905 Max ramp time to 50%

speed.

905 Max droop time below 50%

speed

913 Master object Numbered

913 Master object units Numbered

913 ON Setpoint IEEE-754 format 0x40200000 ( = 2.5E-4 pascals)

913 OFF Setpoint IEEE-754 format 0x41200000 ( = 1.0E-3 pascals)

913 Control from object

selected.

913 Gas type Numbered

Minutes 8

options

Numbered options

options

0 ( = None)

59 ( = Pascals)

0 ( = disabled)

0 ( = Nitrogen)

D397-54-880 Issue B

Maintenance

Software

Module

No.

Parameter Units Default value

913 Filter Numbered

options

913 ASG range Numbered

options

914 Master object Numbered

options

914 Master object units Numbered

options

914 ON Setpoint IEEE-754 format 0x40200000 ( = 2.5E-4 pascals)

914 OFF Setpoint IEEE-754 format 0x41200000 ( = 1.0E-3 pascals)

914 Control from object

selected.

914 Gas type Numbered

914 Filter Numbered

Numbered options

options

0 ( = Filter off)

0 ( = 1000 mbar)

0 ( = None)

59 ( = Pascals)

0 ( = disabled)

0 ( = Nitrogen)

0 ( = Filter off)

914 ASG range Numbered

options

915 Master object Numbered

options

915 Master object units Numbered

options

915 ON Setpoint IEEE-754 format 0x40200000 ( = 2.5E-4 pascals)

915 OFF Setpoint IEEE-754 format 0x41200000 ( = 1.0E-3 pascals)

915 Control from object

selected.

915 Gas type Numbered

915 Filter Numbered

915 ASG range Numbered

Numbered options

options

0 ( = 1000 mbar)

0 ( = None)

59 ( = Pascals)

0 ( = disabled)

0 ( = Nitrogen)

0 ( = Filter off)

0 ( = 1000 mbar)

Edwards and the Edwards logo are trademarks of Edwards Limited.

Software

Module

No.

D397-54-880 Issue B

Maintenance

Parameter Units Default value

916 Master object Numbered

options

916 Master object units Numbered

options

916 ON Setpoint IEEE-754 format 0x40200000 ( = 2.5E-4 pascals)

916 OFF Setpoint IEEE-754 format 0x41200000 ( = 1.0E-3 pascals)

916 Control from object

selected.

917 Master object Numbered

917 Master object units Numbered

917 ON Setpoint IEEE-754 format 0x40200000 ( = 2.5E-4 pascals)

917 OFF Setpoint IEEE-754 format 0x41200000 ( = 1.0E-3 pascals)

Numbered options

options

0 ( = None)

59 ( = Pascals)

0 ( = disabled)

0 ( = None)

59 ( = Pascals)

917 Control from object

selected.

918 Master object Numbered

918 Master object units Numbered

918 ON Setpoint IEEE-754 format 0x40200000 ( = 2.5E-4 pascals)

918 OFF Setpoint IEEE-754 format 0x41200000 ( = 1.0E-3 pascals)

918 Control from object

selected.

921 Master object Numbered

922 TIC Vent valve operation Numbered

923 Heater band time Hours 0

Numbered options

options

Numbered options

options

0 ( = disabled)

0 ( = None)

59 ( = Pascals)

0 ( = disabled)

0 ( = None)

1 ( = Vent on 50% speed)

D397-54-880 Issue B

Maintenance

Software

Module

No.

Parameter Units Default value

924 Air Cooler use Numbered

options

934 Master object Numbered

options

934 Master object units Numbered

options

934 ON Setpoint IEEE-754 format 0x40200000 (= 2.5E-4 pascals)

934 OFF Setpoint IEEE-754 format 0x41200000 (= 1.0E-3 pascals)

934 Control from object

selected

934 Gas type Numbered

934 Filter Numbered

934 ASG range Numbered

934 IGC filament Numbered

Numbered options

options

1 ( = On with Turbo)

0 (= None)

59 (= Pascals)

0 (= disabled)

0 (= Nitrogen)

0 (= Filter off)

0 (= 1000 mbar)

34 IGC head Numbered

options

934 IGC emission Numbered

options

934 IGC restrike Numbered

options

934 IGC constant 1 Number 100

934 IGC constant 2 Number 100

934 Cap Man range Numbered

options

934 Cap Man units Numbered

options

935 See 934 Gauge 4

936 See 934 Gauge 4

937 See 916 Relay 1

938 See 916 Relay 1

939 See 916 Relay 1

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

5.3 Fuse replacement (Scientific version only)

If the fuse must be replaced the replacement fuse must conform to the following specification: Guaranteed not to trip at 10A in less than 1 hour and guaranteed to trip at 20A in less than 30 secs. Replacement fuses are available from Edwards D39751830 DX/nEXT PROFIBUS SPARE FUSE X2.

Replacement is a simple task. Remove power to the module, then remove the two rear panel screws and slide out the pcb (with the rear panel attached). The fuse can be removed and replaced. The PCB should be secured back inside the module housing before power is reapplied.

Maintenance

D397-54-880 Issue B

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Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

WARNING

6 Storage and Disposal

6.1 Storage

Store the Profibus Module in clean dry conditions in accordance with the technical specifications. Refer to

Section 2.2.

6.2 Disposal

Dispose of the Profibus Module and any components safely in accordance with all local and national safety and environmental requirements.

Alternatively, you may be able to recycle the Profibus Module and/or cables; contact Edwards or your supplier for advice (also see below).

The Profibus Module and associated cables are within the scope of the European Directive on Waste Electrical and Electronic Equipment, 2002/96/EC. Edwards offer European customers a recycling service for the Profibus Module/ cables at the end of the product’s life. Edwards’ Registration Number as a UK producer of electrical and electronic products is WEE/BF0054TQ. Contact Edwards for advice on how to return the Profibus Module/cables for recycling

Storage and Disposal

Do not incinerate the Profibus Module. If the Profibus Module is heated to very high temperatures, dangerous gases may be emitted and internal components may explode.

D397-54-880 Issue B

This page has been intentionally left blank.

Edwards and the Edwards logo are trademarks of Edwards Limited.

D397-54-880 Issue B

7 Spares and Accessories

7.1 Introduction

Edwards products, spares and accessories are available from Edwards companies in Belgium, Brazil, Canada, France, Germany, Hong Kong, Italy, Japan, Korea, Switzerland, United Kingdom, U.S.A. and a world-wide network of distributors. The majority of these centres employ Service Engineers who have undergone comprehensive Edwards training courses.

Order spare parts and accessories from your nearest Edwards company or distributor. When you order, please state for each part required:

 Model and Item Number of your equipment

 Serial number (if any)

 Item Number and description of the part.

7.2 Spares

D397-51-830 DX/nEXT PROFIBUS SPARE FUSE (X 2)

Spares and Accessories

7.3 Accessories

D397-50-835 TIC PROFIBUS 24V CABLE (0.3 m) D397-50-016 TIC PROFIBUS RS232 CABLE (0.3 m) D397-50-836 TIC PROFIBUS UPGRADE CABLE (2 m) D397-51-831 DX/nEXT PROFIBUS UPGRADE CABLE (2 m)

D397-54-880 Issue B

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Edwards and the Edwards logo are trademarks of Edwards Limited.

Appendix A1 TIC Full Pump States

Stopped = 0 Starting Delay = 1 Accelerating = 5 Running = 4 Stopping Short Delay = 2

Stopping Normal Delay = 3 Fault Braking = 6 Braking = 7

D397-54-880 Issue A

Appendix A1

D397-54-880 Issue A

Appendix A2

Appendix A2 Alert ID

No Alert = 0

ADC Fault = 1 ADC Not Ready = 2

Over Range = 3 Under Range = 4 ADC Invalid = 5

No Gauge = 6 Unknown = 7 Not supported = 8 New ID = 9 Over Range = 10 Under Range = 11 Over Range = 12

Ion EM Timeout = 13 Not Struck = 14 Filament Fail = 15 Mag Fail = 16 Striker Fail = 17 Not Struck = 18 Filament Fail = 19 Cal Error = 20 Initialising = 21 Emission Error = 22 Over Pressure = 23 ASG Cant Zero = 24

RampUp Timeout = 25 Droop Timeout = 26 Run Hours High = 27 SC Interlock = 28 ID Volts Error = 29 Serial ID Fail = 30 Upload Active = 31 DX Fault = 32

Temp Alert = 33

Sys Inhibit = 34 Ext Inhibit = 35 Temp Inhibit = 36

No Reading = 37 No Message = 38

NOV Failure = 39 No Tube = 42

Use Gauge 4-6 = 43 Degas Inhibit = 44 IGC Inhibit = 45 Brownout/Short = 46 nEXT Service Due = 47

Edwards and the Edwards logo are trademarks of Edwards Limited.

Appendix A3 Priority

OK = 0 warning = 1 alarm = 2/3

D397-54-880 Issue A

Appendix A3

D397-54-880 Issue A

Appendix A4

Appendix A4 Command List

Device Off = 0 //general off/on e.g. pumps, relays Device On = 1 Device ’leave alone’ = 99

Gauge Off = 0 Gauge On = 1 Gauge New_Id = 2 Gauge Zero = 3 Gauge Cal = 4 Gauge Degas = 5

Edwards and the Edwards logo are trademarks of Edwards Limited.

Appendix A5 Active Gauge States

Gauge Not Connected = 0 Gauge Connected = 1 New Gauge Id = 2 Gauge Change = 3 Gauge in Alert = 4 Off = 5 Striking = 6 Initialising = 7 Calibrating = 8 Zeroing = 9 Degassing = 10 On = 11

D397-54-880 Issue A

Appendix A5

D397-54-880 Issue A

This page has been intentionally left blank.

Edwards and the Edwards logo are trademarks of Edwards Limited.

Edwards D-397-54-000, D-397-55-000 Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Contents

Illustrations

Tables

1Introduction

1.1 Scope and definitions

1.2 Product description

2Technical data

2.1 Electrical data

2.2 Operating and storage data

2.3 Mechanical data

2.4 Connections

2.4.1 Profibus connector

2.4.2 D.C. Power connector

2.4.3 RS232 Connector (TIC Version only)

2.4.4 DX/nEXT/nXDS Pump Connector (Scientific version only)

2.4.5 Front panel USB connector

3 Installation

3.1 Unpack and inspect

3.2 Fitting the Module

3.2.1 Rack mounting

3.2.2 Panel mounting

3.2.3 DIN rail mounting

3.3 Electrical connections

3.3.1 TIC Profibus module rear connections

3.3.2 Scientific Profibus module rear connections

3.4 Bus termination

4 Operation

4.1 Profibus system information

4.2 Start up sequence

4.2.1 Simple set up instructions for the TIC version

4.2.2 Simple set up instructions for the Scientific version

4.3 Front panel display

4.4 Address set-up

4.5 Baud-rate

4.6 Software format

4.6.1 Parameterisation

4.6.2 Configuration

4.6.3 Configuration failure

4.6.4 Parameterisation failure

4.6.5 Diagnostics description

4.7 Details of DX/nEXT/nXDS pump software modules

4.7.1 Software module 802 - nXDS Pump Control

4.7.2 Software module 803 - nXDS Pump Speed Demand

4.7.3 Software module 808 - nXDS Pump Temperatures

4.7.4 Software module 809 - nXDS Pump Power

4.7.5 Software module 810 - nXDS Pump Run Time

4.7.6 Software module 811 - nXDS Pump Cycles

4.7.7 Software module 813 - nXDS Drive Run Time

4.7.8 Software module 814 - nXDS Tip Seal Run Time

4.7.9 Software module 815 - nXDS Bearing Run Time

4.7.10 Software module 852 - DX/nEXT Pump Control

4.7.11 Software module 853 - DX/nEXT Pump Set-up

4.7.12 Software module 859 - DX/nEXT Pump Temperatures

4.7.13 Software module 860 - DX/nEXT Pump Power

4.7.14 Software module 864 - nEXT85 Pump Vent Option 2

4.7.15 Software module 865 - nEXT85 Only Pump Temperatures

4.7.16 Software module 869 - DX/nEXT Pump Speed Demand

4.7.17 Software module 875 - DX/nEXT Vent Valve close

4.7.18 Software module 880 - nEXT Service Set-up

4.7.19 Software module 881 - nEXT Service Status

4.7.20 Software module 882 - nEXT Controller Run Time

4.7.21 Software module 883 - nEXT Pump Run Time

4.7.22 Software module 884 - nEXT Pump Cycles

4.7.23 Software module 885 - nEXT Bearing Run Time

4.7.24 Software module 886 - nEXT Oil Cartridge Run Time

4.7.25 Software module 902 - Scientific Profibus module Software Version

4.8 Details of TIC Software modules

4.8.1 Front panel lock

4.8.2 Software module 853 - DX/nEXT Pump Set-up

4.8.3 Software module 859 - DX/nEXT Pump Temperatures

4.8.4 Software module 860 - DX/nEXT Pump Power

4.8.5 Software module 864 - nEXT85 Pump Vent Option 2

4.8.6 Software module 865 - nEXT85 Only Pump Temperatures

4.8.7 Software module 869 - DX/nEXT Pump Speed Set-up

4.8.8 Software module 875 - DX/nEXT Vent Valve close

4.8.9 Software module 880 - nEXT Service Set-up