Baker Gauges India Ltd.

Nagar Road, Pune, Maharashtra

• The Harpenden Skinfold Caliper is a precision instrument designed for use in the performance of Skinfold thickness measurements (from which estimates of body fat are derived) The use of this instrument has been well established and documented over the past 40 years
• Designed in 1958 in collaboration with D. J. M. Tanner, a prominent force in the use of Skinfold measurements in the derivation of body fat measurement
• It is the only Caliper CE marked under the Medical Devices Directive 93 / 42 / EEC for a Class 1 Device with Measuring Function and is calibrated using masters traceable to National Standards
• It is used all over the world in applications including diagnostics & research, nutrition/malnutrition, obesity, eating disorder assessment (especially in sports) and juvenile growth disorders
• It is supplied with a handbook which includes tables for body fat% versus Skinfold thickness in males & females of all ages based on the Durnin & Womersley systems
• It is also supplied with Body Assessment Software (Optional)

• Hardened with 0.003 mm flatness
• Rigid Cast-iron base
• Fine adjustment of 2 mm

FEATURES:

• Smooth On/Off switch
• Firm Lock of stem
• Light weight design
• Fine adjustment of 15 mm

FEATURES:

• Spindle made from stainless steel for rust prevention
• Measuring faces: hardened steel
• An in-built ratchet in the thimble
• Easy zero setting on sleeve
• Sharp laser marking for better visibility & durability
• Heat insulating grip plates cover the entire handling portion of the micrometer frame
• Robust design withstands toughest workshop conditions

• Spindle made from stainless steel for rust prevention
• Measuring faces: hardened steel available in two types:T1 one end sphericalT2 both ends spherical
• An in-built ratchet in the thimble
• Easy zero setting on sleeve
• Sharp laser marking for better visibility & durability
• Heat insulating grip plates cover the entire handling portion of the micrometer frame
• Robust design withstands toughest workshop condition

• Spindle made from stainless steel for rust prevention
• Measuring faces: carbide tipped available in two types 2 x 5 mm& 3 x 8 mm
• Easy zero setting on sleeve
• An in-built ratchet in the thimble
• Sharp laser marking for better visibility & durability
• Heat insulating grip plates cover the entire handling portion of themicrometer frame
• Robust design withstands toughest workshop conditions

• Spindle made from stainless steel for rust prevention
• Measuring Faces 15 & 30 hardened steel points having radius 0.3 mm approximately
• An in-built ratchet in the thimble
• Easy zero setting on sleeve
• Sharp laser marking for better visibility & durability
• Heat insulating grip plates cover the entire handling portion of themicrometer frame
• Robust design withstands toughest workshop conditions

• Non-rotating spindle (only axial moment of spindle)
• Spindle made from stainless steel for rust prevention
• Measuring faces: hardened steel
• An in-built ratchet in the thimble
• Easy zero setting on sleeve
• Sharp laser marking for better visibility & durability
• Heat insulating grip plates cover the entire handling portion of themicrometer frame
• Robust design withstands toughest workshop conditions

FEATURES:

• Every gauge carries a calibration certificate giving actual values
• Accommodates all jet diameters of Air Plug Gauges, Air Ring Gauges & Air Calipers
• Facilitates quick & easy setting through Mag & Zero knobs
• Supplied with a fixed adaptor which fits all types of connectors
• Foldable feet for better Readability
• High pressure system: high speed of response and self cleaning of gauging area ensures accurate reading of size, taper and ovality at a time
• Non-contact Gauging: long life due to minimal frictional wear
• Two Setting Masters: ensures correct magnification of reading at all times
• System pressure check gauge: provides a constant check on the system pressure i.e. 3 bars (45 psi) regulated by a high precision regulator built into the unit
• Minimum line pressure required 4.5 bars (67 psi)
• Air consumption 46 LPM

PARAMETERS

• Over ball diameters
• Bore dia. at 2 levels
• Height H
• Parallelism
• Squareness
• Cone angle q

• Gauging system for over ball diameter measurement
• Easy loading & unloading
• Data acquisition and SPC analysis
• Odd and even numbers of teeth
• For spur and helical gears

• Thickness T

• Contactless measurement
• Range:Internal diameter 15 36 mm & 36 150 mm
• Adjustable arms provided to support & guide the shell while measuring
• Offered with analogue or electronic read out

FLATNESS MEASUREMENT

• Multiple Lengths
• Runout of diameters

• Shaft held vertically between center
• Read out units or computerised system with SPC analysis

These are pipe threads where pressure-tight joints are not madeon threads. Gauge dimensions are as per ISO 228-2.

Acceptance criteria for components:The GO gauge when screwed by hand without using excessive force, should enter and pass the whole length of the workpiece thread. The NOT GO gauge when screwed by hand without using excessive force, should not enter the component by more than two turns of the thread from both ends.

Acceptance criteria for components:
The GO gauge when screwed by hand without using excessive force, should enter and pass the whole length of the workpiece thread. The NOT GO gauge when screwed by hand without using excessive force, should not enter the component by more than two turns of the thread from both ends.

Baker provides a wireless data transfer system to transfer reading from Baker digital instruments and read out units to a centralized PC.

FEATURES:

• RS232 compatible Baker electronic measuring instruments, each equipped with a Wireless Transmitter (WT), can be interfaced to a Wireless Receiver (WR) at PC end
• Small and compact wireless modules, easy to use
• License free operating frequency (2.4GHz), ISM (Industrial Scientific & Medical) frequency band
• RS232 interface
• Wireless communication up to 250Kbps
• In-built network security like: 128 bit AES (Advance Encryption Standard) Encryption, 16 bit customized Network ID
• Supports Mesh network topology
• Transmission range 100 meters, this depends on environment and clear line of sight
• Transmission range can be extended using active Baker instruments fitted with Wireless Transmitters or Wireless Repeaters (WRP)
• Very high receiver sensitivity and low power operation

NOTE

• If clear line of sight, between antennas of WTs and WR is interrupted, then one or more WRPs will have to be introduced
• Number of WRPs that will be required for a networking project, cannot be ascertained at the beginning, and can be fully determined only during installation and commissioning

• Brake ID at 3 levels
• Pilot Diameter
• Face thickness
• Roundness at 3 levels
• Runout
• Face flatness
• Calculated Cylindricity
• Fourier analysis

• Brake Plate Thickness
• Wheel Face Thickness
• Offset
• Pilot Internal Diameter
• Outer/Inner Brake Surface Straightness
• Outer/Inner Brake Surface Runout
• Outer/Inner Brake Surface Parallelism
• Wheel Face Parallelism
• Wheel Face Flatness
• Fourier analysis

• Automated measuring cycle
• Minimisation of human errors
• Dynamic measurement by component rotation
• Precision grade slide used
• Auto seat check sensor to ensure proper seating of component
• Rigid and robust construction for harsh shop floor environment
• Fourier calculation for analysis of heat dissipation while applying brake
• Computerised SPC analysis

• Outer diameter at different levels
• Collar thickness

• Contact-less gauging (air gauging)
• Multilevel diameter gauging in one go

• Internal diameter at different levels
• Collar thickness

• Contact-less gauging (air gauging)
• Multilevel diameter gauging in one go

• Ref. Diameter D1
• Diameter D2
• Diameter D3
• Top Land Diameter D4
• Groove Diameter D5 & D6

• Outer diameter at different levels
• Collar thickness

• Contact-less gauging (air gauging)
• Multilevel diameter gauging in one go

• Internal diameter in 2 axis and at 3 levels of bore
• Ovality at each level
• Taper of each bore
• Grading of each bore
• Grade marking engraving

• Fully automatic gauging cycle
• Periodic auto mastering
• Servo driven precision slides
• Close loop operation for optimum safety
• Air-Electronic gauging principle
• Data acquisition and SPC analysis
• Grade marking based on individual status of bores

• Seat angle
• Seat Width
• Seat Straightness
• Angular gauge line position

• Scans the outline of valve seats
• Available for all kinds of gauge diameters in between 24 to 34 mm or others
• Safe and reliable since it processes about 1000 values within a scan of 1mm
• Realises this complex measurement within few seconds

PARAMETERS:

• Pin hole diameter
• Center distance
• Bearing diameter
• Shaft diameter at multiple levels
• Parallelism between bearing & Pin hole diameter (bend & twist)
• Taper angle

PARAMETERS:

• All journal & pin diameters at multi levels
• Ovality of all journal and pin diameters
• Taper of all journal & pin diameters
• Width of journals & pins
• Lengths
• Runout of all journal & pin diameters
• Crowning effect of diameters

• Inner diameters
• Outer diameters
• Lengths
• Runouts
• Concentricity
• Symmetricity

• Automated gauging solution
• Dynamic measurement
• User friendly
• Data acquisition & SPC analysis
• Poka Yoke with marking

• Dynamic gauging
• Actual assembly condition simulated
• Common system for front and rear hub by tool changing facility
• Pick to light facility for shim selection
• Optimum cycle time
• Measurement done under pre loaded condition of bearing

• Hub bearing inner face distance
• Spacer height
• Calculated shim thickness based on above measurement

• Cam base radius to journal radius distance
• Tappet thickness
• Engine head to valve height distance
• Calculated shim thickness based on measurements
• Shim verification

• Integration with customers auto palleted conveyor
• Fully integrated in-line gauging system
• Ergonomic design for operator efficiency and safety
• Shim calculation, clearance verification is independent & integrated in software
• Poka Yoke to ensure correct shim is picked up and assembled

• Thickness T
• Diameter D1

• Direct probe measurement
• Probe adjustment facility

PARAMETERS

• Height H
• Outer diameter
• Internal diameter
• Internal diameter at two levels
• Flatness of resting face
• Face runout
• Concentricity
• Parallelism
• Profile

FEATURES

• All parameters in one go
• Easy to operate
• Optimum cycle time
• Motorised component rotation for dynamic measurement
• Data acquisition with SPC analysis

• Compact design
• Grading based on weight
• Grade marking
• Temperature compensation
• User friendly
• Optimum cycle time
• Computerised system with SPC analysis

• Big end and small end diameters
• Center distance
• Parallelism between big end and small end
• Bend
• Twist

• Precise, easy & quick measurement
• Fully automated gauging, grading, grade marking and sorting machine also available
• Self cleaning

PARAMETERS

• Diameter D1
• Diameter D2
• Length L

FEATURES

• Baker provides the gauging solution for punch and dies
• Measured in ABBE Principle by TrueLine Measuring
• Element (in Technical Collaboration with REORG Germany)

Keyway slot position w.r.t. chilling pad

• Component rested on Vand resting on chilling pad
• Digital readout system

• Seat angle
• Seat Width
• Seat Straightness
• Angular gauge line position

• Scans the outline of valve seats
• Available for all kinds of gauge diameters in between 24 to 34 mm or others
• Safe and reliable since it processes about 1000 values within a scan of 1mm
• Realises this complex measurement within few seconds

• Smartly automated to suit fully automatic production line
• Data acquisition & quick SPC analysis
• Reduce measurement cycle time
• Checking degree of occurrence of maximum diameter
• Automatic grade laser marking
• Automatic grade-wise sorting
• Temperature compensation

• Multi level Diameters
• Runouts of journal diameters

• Component rested on twofixed V Calipers
• Floating self aligning Air Calipers
• Precise and easy to use
• Read out units or computerisedsystem with SPC analysis
• Also available with contact type solution

Any assembly which requires free movement & noise reduction demands a proper clearanceamongst its parts. Hence shims and spacers come into the picture to achieve this requirement.

To maintain the proper clearance, various parts are individually measured for particular dimension & based on clearance formula, the Shim or Spacer size is derived. After defining the Shim or Spacer size, the proper Shim or Spacer is selected. An independent station verifies whether the selected shim dimension matches the calculated dimension. After selection of correct Shim or Spacer, it is put in that particular assembly & the performance of the assembly is checked.

• Multiple Diameters
• Multiple Lengths
• Runouts
• Ovality
• Taper

• Swinging arms for easy loading & unloading
• Provision to hold components between centers
• Vertical fixture which occupies less space
• Motorised component rotation

• Easy load & unload mechanism
• Compact and robust
• Fully automated gauging, grading, grademarking and sorting machine also available
• Maximum possible parameter at a time
• Optimum cycle time

• Seat angle to valve guide concentricity / runout
• Seat roundness

• Measures without operator influence and hence is extremely reliable
• Available for all kinds of valve seats
• Can be used not only in vertical handling, but also in inclined handling
• Can be designed as a combined gauge for intake / exhaust

PARAMETERS:

• All journal & pin diameters at multi levels
• Ovality of all journal and pin diameters
• Taper of all journal & pin diameters
• Width of journals & pins
• Lengths
• Runout of all journal & pin diameters
• Crowning effect of diameters.

FEATURES:

• All measurements in one rotation
• Optimum cycle time
• User friendly customised software with SPC analysis
• No operator fatigue
• Can be used as a final inspection equipment
• Robust design for shop floor conditions
• Fully automated in line system also available

• Inner Diameter D1
• Outer Diameter D2
• Height H1, H2 & H3
• Dowel pin height H4 at 3-Places
• Parallelism

• Auto gauging cycle
• Auto gauging
• Auto sorting
• Optimum cycle time
• User friendly
• Data acquisition & SPC analysis

• Distance D
• Height H1
• Center distance C.D.
• Flatness
• Parallelism
• Diameter D1

• Contactless measurement.
• Offered with analogue or electronic read out or computerised space solution with SPC analysis
• Easy to use
• Compact & Robust
• Multiple parameters at a time

• Dynamic gauging
• Actual assembly condition simulated
• Pick to light facility for shim selection
• Optimum cycle time
• Measurement done under pre loaded condition of bearing

• Calculated spacer height H