Kistler 9171A Owner's manual

Instruction

Manual

Rotating Cutting

Force Dynamometer

(RCD)

Type 9171A...

ä

9171A_002-718e-01.19

Instruction

Manual

Rotating Cutting

Force Dynamometer

(RCD)

Type 9171A...

ä

9171A_002-718e-01.19

Foreword

9171A_002-718e-01.19 Page 1

Foreword

The information in this manual is subject to change at any

time without prior notice. Kistler reserves the right to

improve and alter this product in the interests of technical

advancement without being under obligation to notify any

individuals or organizations of such modifications.

Group products are protected by various intellectual

property rights. For more details visit www.kistler.com.

The Kistler Group includes Kistler Holding AG and all its

subsidiaries in Europe, Asia, the Americas and Australia.

Kistler Group

Eulachstrasse 22

8408 Winterthur

Switzerland

Tel. +41 52 224 11 11

[email protected]

www.kistler.com

Rotating Cutting Force Dynamometer, Type 9171A...

Page 2 9171A_002-718e-01.19

Contents

1.Introduction ................................................................................................................................... 5

2.Important instructions .................................................................................................................... 6

2.1General ................................................................................................................................ 6

2.2For your safety ..................................................................................................................... 6

2.3Electromagnetic compatibility ............................................................................................... 7

2.4Instructions on handling the devices ..................................................................................... 7

2.4.1Dynamometer ...................................................................................................................... 7

2.5.1Electronics ............................................................................................................................ 8

2.6Tips for using the instruction manual .................................................................................... 8

3.General system description ............................................................................................................ 9

3.1Purpose of the rotating cutting force Dynamometer ............................................................ 9

3.1.1Application examples ........................................................................................................... 9

3.2Components of the measurement system .......................................................................... 10

3.2.1The rotating Dynamometer ................................................................................................ 11

3.2.2The stator ........................................................................................................................... 11

3.2.3The signal conditioner ........................................................................................................ 12

3.3Options and accessories ..................................................................................................... 12

3.3.1Spindle adapter .................................................................................................................. 12

3.3.2Tool adapter ....................................................................................................................... 13

3.3.2.1Collet ER .......................................................................................................... 14

3.3.2.2powRgrip Collet secuRgrip ............................................................................... 15

3.3.2.3TENDO hydraulic expansion toolholder ............................................................ 15

3.3.2.4MEGA20N collect chuck ................................................................................... 16

3.3.3Data acquisition with PC .................................................................................................... 17

3.4Connection dimensions of the rotor ................................................................................... 18

4.Installation and commissioning ................................................................................................... 20

4.1Important instructions ........................................................................................................ 20

4.2Mounting of the spindle adapter ........................................................................................ 21

4.2.1Dismounting the spindle adapter ........................................................................................ 22

4.3Mounting of the tool adapter ............................................................................................. 23

4.3.1Mounting of the collet chuck ER32/ER40 ........................................................................... 23

4.3.2Mounting of the powRgrip collet chuck secuRgrip ............................................................. 24

4.3.3Mounting of the TENDO hydraulic expansion toolholder ................................................... 25

4.3.4Mounting of the MEGA20N collet chuck ........................................................................... 26

4.3.5Dismounting of the tool adapter ........................................................................................ 27

4.4Mounting/dismounting the tool ......................................................................................... 28

4.4.1Mounting of the collet ER .................................................................................................. 28

4.4.2Dismounting the collet ....................................................................................................... 29

4.4.3Axial stop ........................................................................................................................... 29

4.4.4Mounting/dismounting of the powRgrip collet secuRgrip .................................................. 30

4.4.5Mounting/dismounting the New Baby Chuck (NBC) collet ................................................ 30

4.4.6Mounting/dismounting of tool and intermediate sleeve ..................................................... 30

4.5Balancing of the rotor ......................................................................................................... 31

4.5.1Balancing on the spindle adapter ........................................................................................ 32

4.5.2Balancing with Fine-balancing ring on the spindle adapter ................................................. 32

4.5.3Balancing on the collet chuck ............................................................................................. 33

4.5.4Dynamic balancing: exemplary procedure .......................................................................... 34

4.6Installation situation of the system on the spindle head ...................................................... 35

Contents

9171A_002-718e-01.19 Page 3

4.7Mounting of the rotor (Dynamometer) in the machine spindle ........................................... 36

4.8Mounting of the stator on the machine tool ....................................................................... 36

4.9System wiring ..................................................................................................................... 38

4.9.1Stator and signal conditioner wiring .................................................................................... 38

4.9.2Wiring of signal conditioner with PC ................................................................................... 39

4.10Rotor detection ................................................................................................................... 40

4.11Using the remote control interface ...................................................................................... 40

4.12Functional capability check ................................................................................................. 41

4.13Determination of the usable frequency range prior to commissioning ................................ 41

4.14Removal of the rotating Dynamometer from the machine tool .......................................... 42

5.Incurred forces and loads .............................................................................................................. 43

5.1Relationship of the effective forces ..................................................................................... 43

5.1.1Cutting force and normal cutting force ............................................................................... 43

5.1.2Relationship of the forces measured with an RCD and with a stationary Dynamometer .... 44

5.1.3Direct comparison of the forces measured with an RCD and stationary Dynamometer ....... 45

5.2Determining the maximum loading capacity of the Dynamometer ..................................... 45

5.2.1Calculative determination of the Cutting Force F

C

............................................................... 46

5.2.2Determining the Dynamometer load ................................................................................... 50

5.2.2.1Basic procedure for determining the Dynamometer load .................................. 51

5.2.2.2Dynamometer load with utilization of planar-fitting spindle adapters .............. 51

5.2.2.3Dynamometer load with the Utilization of steep taper machine adapters ......... 53

5.2.2.4Reading example ............................................................................................. 54

5.2.2.5Torque load ..................................................................................................... 55

5.2.3Avoiding overloading in everyday practice .......................................................................... 56

6.Operation ..................................................................................................................................... 57

6.1Operating and display elements .......................................................................................... 57

6.2Range selection ................................................................................................................... 58

6.3Usable frequency range of the mounted Dynamometer ...................................................... 59

6.4Dynamic behavior of the RCD ............................................................................................ 61

6.4.1Procedure for determining the useful frequency range ........................................................ 61

6.4.2Determination of the tooth passing frequencies to be avoided............................................ 63

6.5Selecting the low pass filter ................................................................................................. 64

6.6Sampling rate ...................................................................................................................... 64

6.7Sequence of a measurement ............................................................................................... 65

6.7.1Procedure ........................................................................................................................... 65

7.Influences on the measurement signals ........................................................................................ 66

7.1Influence of the speed on the signals .................................................................................. 66

7.1.1Minimization of the influence of the speed ......................................................................... 66

7.2Influence of gravitation on the signals ................................................................................. 67

7.3Influence of the temperature on the signals ........................................................................ 69

7.3.1Minimization of the temperature Influence ......................................................................... 69

7.4Influence of internal coolant on the signals ......................................................................... 70

7.4.1Minimization of the influence of internal coolant ................................................................ 70

8.Measurement signals .................................................................................................................... 71

8.1Interpretation of measurement signals ................................................................................ 71

8.1.1Comparison of forces .......................................................................................................... 71

9.Servicing ....................................................................................................................................... 73

9.1Recalibration of the devices ................................................................................................ 73

9.2Servicing tasks ..................................................................................................................... 74

Rotating Cutting Force Dynamometer, Type 9171A...

Page 4 9171A_002-718e-01.19

10.Eliminating malfunctions ............................................................................................................. 75

10.1Troubleshooting ................................................................................................................. 75

10.2Replacing the fuse on the signal conditioner ...................................................................... 77

10.3In case of a defective Dynamometer .................................................................................. 77

11.Technical data .............................................................................................................................. 78

11.1Dynamometer Type 9171A (Rotor) .................................................................................... 78

11.1.1Calibration ranges in function of the machine adapter ....................................................... 79

11.2Transmission electronics ..................................................................................................... 81

11.2.1Time Offset for transmission of the signals ......................................................................... 81

11.3Signal conditioner Type 5238B… ....................................................................................... 82

11.3.1Analog output .................................................................................................................... 83

11.3.2Remote control .................................................................................................................. 83

11.3.2.1Pin assignment of the interface remote control ................................................ 83

11.3.3RS-232C Interface .............................................................................................................. 83

11.3.3.1Pin assignment of the interface RS-232C ......................................................... 83

11.3.3.2Technical data of the interface RS-232C .......................................................... 84

11.3.3.3Interface cable RS-232C ................................................................................... 84

11.3.4Command line .................................................................................................................... 85

11.3.5Command instruction set ................................................................................................... 85

11.4Stator Type 5236B ............................................................................................................. 86

11.5Cable Type 1500A95 ......................................................................................................... 86

12.Product contents .......................................................................................................................... 87

12.1Accessories ......................................................................................................................... 87

12.1.1Spindle adapter .................................................................................................................. 87

12.1.2Tool adapter ....................................................................................................................... 88

12.1.2.1Tool adapter for ER collet ................................................................................. 88

12.1.2.2Tool adapter for powRgrip Collet secuRgrip ..................................................... 88

12.1.3Optional accessories ........................................................................................................... 88

13.Appendix ...................................................................................................................................... 89

13.1Glossary ............................................................................................................................. 89

13.2Measurement uncertainty .................................................................................................. 93

13.3Linearity ............................................................................................................................. 94

13.4Frequency range ................................................................................................................ 96

13.5Influence of temperature .................................................................................................... 97

14.Conformity declaration .............................................................................................................. 100

Total Pages 100

Introduction

9171A_002-718e-01.19 Page 5

1. Introduction

Please take the time to thoroughly read this instruction

manual. It will help you with the installation, maintenance,

and use of this product.

To the extent permitted by law Kistler does not accept any

liability if this instruction manual is not followed or

products other than those listed under Accessories are

used.

Kistler offers a wide range of products for use in measuring

technology:

 Piezoelectric sensors for measuring force, torque,

strain,

 pressure, acceleration, shock, vibration and acoustic-

emission

 Strain gage sensor systems for measuring force and

torque

 Piezoresistive pressure sensors and transmitters

 Signal conditioners, indicators and calibrators

 Electronic control and monitoring systems as well as

software for specific measurement applications

 Data transmission modules (telemetry)

Kistler also develops and produces measuring solutions for

the application fields engines, vehicles, manufacturing,

plastics and biomechanics sectors.

Our product and application brochures will provide you

with an overview of our product range. Detailed data

sheets are available for almost all products.

If you need additional help beyond what can be found

either on-line or in this manual, please contact Kistler's

extensive support organization.

Rotating Cutting Force Dynamometer, Type 9171A...

Page 6 9171A_002-718e-01.19

2. Important instructions

Please do not fail to observe the following instructions:

Your compliance is in the interest of your personal safety

while working with the rotating cutting force

dynamometer (RCD) and ensures a long, trouble-free

operation of the device.

2.1 General

 Check all of the packaging of the device for transport

damage. Report any damage to the transport company

and the responsible Kistler representative.

 Work with the device should be carried out only under

the specified operating conditions; it should be

protected against the effects of excessive dust and

against mechanical strain (shock, vibration).

 High humidity that could lead to condensation with

temperature changes, is to be avoided.

2.2 For your safety

 This device was thoroughly checked and left the plant

in an impeccable condition with respect to safety

considerations. To maintain this condition and to

ensure hazard-free operation, the user must observe

the instructions and warning notes that are contained

in this Instruction Manual and/or printed on the

device.

 Also observe local safety regulations governing the

handling of mains-fed electrical and electronic devices.

 If it is to be assumed that hazard-free operation is no

longer possible, then the device is to be put out of

operation and secured against being started up

inadvertently.

It is to be assumed that hazard-free operation is no longer

possible:

 if the device exhibits visible damage

 if the device no longer functions

 after prolonged storage under unfavorable conditions

 after heavy transport strains

If, in accordance with the above-mentioned features,

hazard-free operation is no longer ensured, then the device

must be sent to the manufacturer's plant or the responsible

representative for repair without delay.

Important instructions

9171A_002-718e-01.19 Page 7

2.3 Electromagnetic compatibility

The Rotating Cutting Force Dynamometer Type 9171A...,

Stator Type 5236B and Signal Conditioner Type 5238B...

are in full compliance with CE standards and fulfill the

standards respecting Electromagnetic Compatibility (EMC)

(Chapter 14).

2.4 Instructions on handling the devices

2.4.1 Dynamometer

The rotating dynamometer may be installed, operated and

serviced only by persons who are familiar with the device

and who are sufficiently qualified for their respective work.

Attention!

 Mount the dynamometer in accordance with

regulations in the spindle of the machine tool.

 The maximum speed – engraved on the rotor or

specified in these instructions in Chapter 11 – may

not be exceeded.

 Only tools that have been approved by the tool

manufacturer for the corresponding speed may be

used.

 The rotating cutting force dynamometer may be

used only with the safety devices (protective doors,

etc.) that are prescribed by the tool manufacturer.

 Spindle adapters and tool adapters can be

dismantled or replaced. Prior to operation, it must

be ensured that the screws are tightened in

accordance with regulation and that balance quality

has been achieved (Chapter 4.5).

 The rotor may NOT be opened. Only the

manufacturer is permitted to do this.

 The permitted load on the rotating cutting force

dynamometer (technical data in Chapter 11) – may

not be exceeded.

Rotating Cutting Force Dynamometer, Type 9171A...

Page 8 9171A_002-718e-01.19

2.5.1 Electronics

 Observe local safety regulations governing the

handling of mains-fed electrical and electronic devices.

 Energized parts could become exposed when the

covers are opened or components are removed while

the device is connected.

 Calibration, maintenance and repair tasks on

energized, open devices should be avoided as much as

possible. If however such tasks are unavoidable, they

may be carried out only by a technician who is familiar

with the associated hazards. The device must be

disconnected from the voltage source before these

steps can be performed.

Warning!

 Any interruption of the protective conductor inside

or outside of the device or the loosening of the

protective conductor connection can have an

adverse effect on safety. Deliberate interruption is

forbidden!

 The mains plug may be connected only to a

grounding receptacle. The protection effect may not

be reversed by using an extension cable without

protective conductor connection.

 When replacing the fuses, only those of the

specified type and with the specified rated current

strength may be used (Chapter 10.2). The use of

'repaired' fuses or the short-circuiting of the fuse

holder is not permitted.

2.6 Tips for using the instruction manual

We generally recommend that you read the entire

Instruction Manual. If, however, you are in a hurry and

already have experience with Kistler Dynamometers, then

you can limit your reading to the information you currently

require (Chapters 4, 5 and 6).

We have endeavored to structure these instructions in a

clear manner and thus to facilitate direct access to the

information you are looking for.

Please store this Instruction Manual in a safe place where it

always ready at hand.

If these instructions become lost, please contact your

Kistler Customer Service Office and you will receive a

replacement without delay. All of the information and

directives contained in these instructions may be changed

at any time and without advance notification.

General system description

9171A_002-718e-01.19 Page 9

3. General system description

3.1 Purpose of the rotating cutting force Dynamometer

The rotating cutting force dynamometer (RCD) is used for

the dynamic and quasi-static measurement of the three

Cartesian force components F

x

, F

y

, F

z

and the torque M

z

on

a rotating tool. Data transmission is accomplished with

near field telemetry.

The dynamometer is compact in construction and has

considerable rigidity, whereby the usable frequency range

is determined by the dynamometer, the attached adapter

and tools, the machine tool and the telemetry system.

Rotating cutting force dynamometers are suitable for basic

research and application investigations of production

processes, particularly of milling and drilling processes.

In cases of critical tools and expensive workpieces, the

device can also be used to monitor the process.

Fig. 1:RCD Type 9171A… with

coordinate system

3.1.1 Application examples

The rotating cutting force dynamometer (RCD) can be

used for a wide variety of measurement tasks in the

measurement laboratory. These include, for example:

 Optimization of drilling, milling, reaming and similar

tools

 Investigation of wear mechanisms

 Determination of tool life

 Investigation of cutting processes (interactions

between tool cutting edge and workpiece)

Rotating measurement systems have the advantage over

measuring platforms (i.e. stationary dynamometers) of

measuring the cutting forces on the rotating tool

independently of workpiece weight and workpiece size.

Rotating Cutting Force Dynamometer, Type 9171A...

Page 10 9171A_002-718e-01.19

3.2 Components of the measurement system

Fig. 2: RCD measurement system

The system of the rotating Dynamometer Is comprised of:

 Dynamometer (rotor) with built-in charging amplifier

and telemetry electronics (Type 9171A….)

 Stator with power supply and receiver (Type 5236B)

 Connection Cable (Type 1500A95)

 Signal Conditioner (Type 5238B…)

 Spindle adapter (only if ordered accordingly)

 Tool adapter (only if ordered accordingly)

General system description

9171A_002-718e-01.19 Page 11

3.2.1 The rotating Dynamometer

 A 4-component sensor (F

x

, F

y

, F

z

, M

z

) is built into the

Rotating Dynamometer Type 9171A... that is built in

using a hollow expansion screw under high initial

tension between machine adapter and the tool

adapter. This is the prerequisite for the transfer of the

friction forces for the measurement of the shear forces

F

x

and F

y

and the torque M

z

.

 The dynamometer is corrosion-resistant and secured

against the entry of splash water and coolant (IP67).

This also applies for the stator.

 A miniature charge amplifier is built into the Rotor

(Dynamometer) for each of the 4 components (F

x

, F

y

,

F

z

, M

z

). The power supply to the amplifier is contact-

free by way of induction. The transfer of

Reset/Operate and range switching is also non-

contact.

 The output signal of the charge amplifier is digitized at

a resolution of 12 bits and transmitted.

 On the stationary side, the digital data flow is

demultiplexed in the signal conditioner (Chap. 3.2.3)

and converted back into an analog signal.

3.2.2 The stator

The Stator Type 5236B is the receiver and transmission unit

on the stationary side of the measurement system.

The transmission and receiver antenna is built into the

stator. The transmission antenna transmits the power

supply for the electronics built into the rotor and the four

control signals 'Range F

x

, F

y

1/2/3', 'Range F

z

1/2/3',

'Range M

z

1/2/3', 'Operate/Reset'.

The receiver antenna receives the data signals transmitted

from the rotor and forwards them to the signal conditioner.

The Stator Type 5236B… can be used not only for the

RCD Type 9171A… but also for the smaller RCD Type

9170A….

Rotating Cutting Force Dynamometer, Type 9171A...

Page 12 9171A_002-718e-01.19

3.2.3 The signal conditioner

The Signal Conditioner Type 5238B... is the signal

transmitter and power supply unit/control unit for the

rotating dynamometer.

The control commands (Chapter 11.3.2) can be entered

either manually by means of switches on the front panel or

via a RS-232C interface using a PC.

The serial data flow conveyed by the dynamometer is

demultiplexed, analog-converted and low pass-filtered

(Chapter 11) and made available as ±10 V signal.

The Test pushbutton represents an additional function.

If the transmission path is completely functional, then

a voltage of 5 V will be active on all measuring

channels when this button is activated (Chapter 4.12).

The Signal Conditioner Type 5238B… can be used not only

for the RCD Type 9171A… but also for the smaller RCD

Type 9170A…. The Signal Conditioner identifies the Rotor

Type used and indicates it accordingly (Chapter 4.10).

3.3 Options and accessories

3.3.1 Spindle adapter

The RCD Type 9171A… permits the replacement of the

spindle adapter and thus offers great flexibility for users

with various spindle interfaces. The spindle adapter is

mounted on a flange on the rotor for this purpose.

A wide variety of conventional spindle adapters are

available as standard. These can be ordered at any time

and independently mounted by the user when certain

stipulations are observed. Mounting and dismounting is

described in Chapter 4.2, balancing in Chapter 4.5.

As a general rule, the user has the right to produce spindle

adapters of its own and to attach them to the rotor. The

connection dimensions can be found in Chapter 3.4.

Mounting and dismounting must however proceed in

accordance with Chapter 4.2 and balancing in accordance

with Chapter 4.5.

General system description

9171A_002-718e-01.19 Page 13

In order to avoid damage to the RCD and to the

machine tool, one must proceed strictly in accordance

with the instructions (Chapter 4.2) during mounting.

3.3.2 Tool adapter

The RCD Type 9171A permits the replacement of the tool

adapter and thus offers great flexibility for users. The tool

adapter is mounted on a flange on the rotor for this

purpose.

Three collet chucks are available. These are described in the

following chapters.

As a general rule, the user has the right to attach tool

adapters of its own to the rotor. The connection

dimensions can be found in Chapter 3.4. Mounting and

dismounting must however proceed in accordance with

Chapter 4.3 and balancing in accordance with Chapter 4.5.

In order to avoid damage to the RCD and to the

machine tool, one must proceed strictly in accordance

with the instructions (Chapter 4.3) during mounting.

Rotating Cutting Force Dynamometer, Type 9171A...

Page 14 9171A_002-718e-01.19

3.3.2.1 Collet ER

The Rotating Dynamometer Type 9171A… can be

equipped with a collet that fits ER 32 (DIN 6499/ISO

15488) or ER 40 (DIN 6499/ISO 15488). Collets that

deviate from this standard could damage the

dynamometer.

Various manufacturers offer these collets. As an alternative,

the collet ER 32 can also be ordered directly from Kistler.

Ultra-precision collets with the clamping range of

ø1 … 20 mm are offered under the designation Type

9169A…. The assembly of the collet is described in

Chapter 4.4.

Fig. 3: DIN 6499-B32 collet

The dynamometer Type 9171A... enables the utilization of

internal coolant of tools up to 70 bar. This means however

that the corresponding clamping nuts and sealing disks

have to be used, which can be obtained from specialist

dealers. We recommend the use of the clamping nuts

Hi-Q/ERC 32 (DIN 6499/ISO 15488) or Hi-Q/ERC 40

(DIN 6499/ISO 15488) from the Rego-Fix AG with the

matching sealing disks.

Fig. 4: Tool holder with Hi-Q/ERC 32 clamping nut

and sealing disk

1

Hi-Q is a registered trademark of

Rego-Fix AG.

Hi-Q /ERC 32

or

Hi-Q/ERC 40

Sealing disk

General system description

9171A_002-718e-01.19 Page 15

3.3.2.2 powRgrip

2

Collet secuRgrip

3

The Rotating Dynamometer Type 9171A… can be

equipped with a powRgrip

collet chuck secuRgrip. The

optional collet chuck can hold not only collets powRgrip

PG32 but also collets PG secuRgrip PG32-SG.

The collet chuck that match the RCD Type 9171A… is

distributed exclusively by the Kistler Company. Collets

PG32 and PG32-SG and the equipment required for

mounting can be obtained from the Rego-Fix Company

(www.rego-fix.com).

With the powRgrip collets, the clamping range of

ø6 … 25,4 mm (1") can be covered, with the PG

secuRgrip ø12 … 25,4 mm (1"). The assembly of the

collet chuck is described in Chapter 4.4.4.

Fig. 5: Tool adapter with powRgrip collet secuRgrip

3.3.2.3 TENDO hydraulic expansion toolholder

The rotating dynamometer Type 9171A… can be equipped

with a TENDO hydraulic expansion toolholder. The

optional hydraulic expansion toolholder can hold a

maximum tool diameter of 20 mm.

The hydraulic expansion toolholder that matches the RCD

Type 9171A… is distributed exclusively by Kistler.

Intermediate sleeves can be obtained from Schunk

(www.schunk.com).

General system description

With the intermediate sleeves, the clamping range of ø3 …

16 mm can be covered, whereby the holder itself allows a

clamping diameter of 20 mm. The assembly of the tool is

described in Chapter 4.4.5.

2

powRgrip is a registered trademark of

Rego-Fix AG.

3

secuRgrip is a registered trademark of

Rego-Fix AG.

powRgrip collet

chuck secuRgrip

powRgrip collet

secuRgrip

Retainin

g

nu

t

Rotating Cutting Force Dynamometer, Type 9171A...

Page 16 9171A_002-718e-01.19

Fig. 6: TENDO hydraulic expansion toolholder

3.3.2.4 MEGA20N collect chuck

The rotating dynamometer Type 9171A… can be equipped

with a MEGA20N collet chuck from BIG KAISER. The

optional collet chuck can hold NBC20 collets. Type NBC20

collets can be obtained from BIG KAISER

(www.bigkaiser.com).

General system description

With NBC20 collets, the clamping range of ø2.5 ... 20 mm

can be covered. The assembly of the collet is described in

Chapter 4.4.6.

Fig. 7: MEGA20N tool adapter with NBC20 collet

TENDO is a registered trademark of Schunk GmbH.

MEGA20N

collet chuck

NBC20

collet

Lock nu

t

General system description

9171A_002-718e-01.19 Page 17

3.3.3 Data acquisition with PC

Kistler DynoWare Type 2825A… is a universal and simple

to operate software for data acquisition and analysis. The

configuration and control of the Signal Conditioner Type

5238B... are integrated in this software.

Fig. 8: Start screen of DynoWare Type 2825A

MEGA New Baby Chuck is a registered trademark of the

BIG Daishowa Group.

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Kistler 9171A Owner's manual

Kistler 9171A Owner's manual

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