Jupiter Traders

• Every gauge carries a calibration certificate giving actual values Consists of back Plunger dial Gauge, 'G' clamp, universal clamp, swinging arm assembly, tool post holder, holding rod, tommy bar and anvil
• Swinging arm assembly enables the back plunger dial gauge to be used for internal work up to a depth of 40 mm similar to a lever type gauge
• 'G' Clamp, tool post holder. holding rod and universal Clamp allows multiple types of mounting possibilities
• Versatile combinations, allow gauging applications like concentricity checks, alignment of machine tools, testing parallelism and surface plate work

• Every gauge carries a calibration certificate giving actual values
• Highly versatile 18-50mm bore gauge covers a large range for which one needs to generally purchase 2 bore gauges having ranges 018-35 mm and 035-60 mm
• High wear resistance due to carbide-tipped fixed and moving anvils
• Wide bridge ensures automatic centering in the bore
• Self-centralizing feature of this bore gauge ensures that measurement can be done with minimum skill
• Supplied in a sleek wooden case containing measurement anvils and extension rods with necessary tools

• Every gauge carries a calibration certificate giving actual values
• Bore gauge covering a range of 50-150 mm, is widely used by Automobile, Aircraft Engine and Pump manufacturers
• High wear resistance due to carbide-tipped fixed and moving anvils
• Extra wide bridge ensures automatic centering in the bore Self-centralizing feature of this bore gauge ensures that measurement can be done with minimum skill
• Furnished in a sleek wooden case containing measurement anvils and extension rods with necessary tools

• Every gauge carries a calibration certificate giving actual values
• Consists of back Plunger dial Gauge, ‘G’ clamp, universal clamp, swinging arm assembly, tool post holder, holding rod, tommy bar and anvil
• Swinging arm assembly enables the back plunger dial gauge to be used for internal work up to a depth of 40 mm similar to a lever type gauge
• ‘G’ Clamp, tool post holder. holding rod and universal Clamp allows multiple types of mounting possibilities
• Versatile combinations, allow gauging applications like concentricity checks, alignment of machine tools, testing parallelism and surface plate work

• Every gauge carries a calibration certificate giving actual values
• Consists of back Plunger dial Gauge, ‘G’ clamp, universal clamp, swinging arm assembly, tool post holder, holding rod, tommy bar and anvil
• Swinging arm assembly enables the back plunger dial gauge to be used for internal work up to a depth of 40 mm similar to a lever type gauge
• ‘G’ Clamp, tool post holder. holding rod and universal Clamp allows multiple types of mounting possibilities
• Versatile combinations, allow gauging applications like concentricity checks, alignment of machine tools, testing parallelism and surface plate work

• Every gauge carries a calibration certificate giving actual values
• Consists of back Plunger dial Gauge, ‘G’ clamp, universal clamp, swinging arm assembly, tool post holder, holding rod, tommy bar and anvil
• Swinging arm assembly enables the back plunger dial gauge to be used for internal work up to a depth of 40 mm similar to a lever type gauge
• ‘G’ Clamp, tool post holder. holding rod and universal Clamp allows multiple types of mounting possibilities
• Versatile combinations, allow gauging applications like concentricity checks, alignment of machine tools, testing parallelism and surface plate work

• Every gauge carries a calibration certificate giving actual values
• Measures small bores from 10 mm to 18 mm
• High wear resistance due to carbide-tipped fixed and moving anvils
• Wide bridge ensures automatic centering in the bore
• Self-centralizing feature of this bore gauge ensures that measurement can be done with minimum skill
• Supplied in a sleek wooden case containing measuring anvils and extension rods with necessary tools

• Every gauge carries a calibration certificate giving actual values
• Consists of back Plunger dial Gauge, ‘G’ clamp, universal clamp, swinging arm assembly, tool post holder, holding rod, tommy bar and anvil
• Swinging arm assembly enables the back plunger dial gauge to be used for internal work up to a depth of 40 mm similar to a lever type gauge
• ‘G’ Clamp, tool post holder. holding rod and universal Clamp allows multiple types of mounting possibilities
• Versatile combinations, allow gauging applications like concentricity checks, alignment of machine tools, testing parallelism and surface plate work

Features:

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)

Assess a Subjects:

Body fat % content

Body fat % preferred level

Body mass index

Basal metabolic rate

Lean body mass

Fat mass

Min/Max weight guide

Child Bmi Growth Charts

• Every gauge carries a calibration certificate giving actual values
• Suitable for quick and easy measurements of depths.
• Base with 80 mm length: hardened and ground to a high degree of flatness
• Supplied with a set of extension rods
• Supplied with Tungsten Carbide contact point for longer life

• Every gauge carries a calibration certificate giving actual values
• The gauge gives accurate readings to 0.1mm / 0.004Inch
• A 'telltale' maximum reading pointer is fitted to retain measurement, allowing the gauge to be applied to tyre positions where it cannot be easily read
• The dial has coloured bands for quick and easy reading

• Fficate giving actual values For quick measurement of thickness of sheets, paper, leather etc
• In series K-138/0 measurement pressure is independent of the user, resulting in accurate readings of thickness
• K-138/0 'Push Down Type' thickness gauge is particularly useful where fine measurement is not required - for example plywood
• Well-balanced frames and handgrips coupled with lightweight make these gauges easy to use for measurement
• Supplied with 010 mm flat anvil as standard. Can also be supplied with 020 mm flat anvil on request

• Ficate giving actual values
• For quick measurement of thickness of sheets, paper, leather etc
• In series K138/L measurement pressure is independent of the user, resulting in accurate readings of thickness
• K138 'Push Down Type' thickness gauge is particularly useful where fine measurement is not required - for example plywood
• Well-balanced frames and handgrips coupled with lightweight make these gauges easy to use for measurement
• Supplied with 010 mm flat anvil as standard. Can also be supplied with 020 mm flat anvil on request

• Every gauge carries a calibration certificate giving actual values For quick measurement of thickness of sheets, paper, leather etc
• In series K-145/0 measurement pressure is independent of the user, resulting in accurate readings of thickness
• K-145/0 'Push Down Type' thickness gauge is particularly useful where fine measurement is not required - for example plywood
• Well-balanced frames and handgrips coupled with lightweight make these gauges easy to use for measurement
• Supplied with 010 mm flat anvil as standard. Can also be supplied with 020 mm flat anvil on request

• Every gauge carries a calibration certificate giving actual values
• For quick measurement of thickness of sheets, paper, leather etc
• In series K-150/0 measurement pressure is independent of the user, resulting in accurate readings of thickness
• K-150/0 'Push Down Type' thickness gauge is particularly useful where fine measurement is not required - for example plywood
• Well-balanced frames and handgrips coupled with lightweight make these gauges easy to use for measurement
• Supplied with 010 mm flat anvil as standard. Can also be supplied with 020 mm flat anvil on request

• Every gauge carries a calibration certificate giving actual values
• Crankshaft Gauge measures the Web deflection of a crankshaft
• The BAKER Crankshaft Gauge is developed to identify and avoid the problems mentioned above
• The Gauge covers web-to-web distance of 60-600 mm
• Supplied in a sleek wooden box
• Gauge contacts are pointed & fit into dimples in the webs. A heavy spring pressure ensures that the Gauge is restrained but is free to turn in relation to the crankshaft. An adjustable balance weight restrains the Gauge against rotation of the crankshaft, so

• Determine the distance (a) between two Webs. Assemble the extension (2) and fixed gauging point (3) and screw this assembly into the threaded bush of the dial gauge unit opposite to live point (1). Overall length from tip of fully extended live point (1) to tip of fixed point (3) should be about 1 to 2 mm greater than web distance (a)
• The back of the dial Gauge unit takes the balance weight to keep the dial facing upward while the Gauge is suspended between the webs during Crankshaft rotation. Use center bush for horizontal upward position and outer bush for inclined upward position. Without balance weight, the indicator adopts a face down position
• Place the Gauge between webs of Crankshaft so that gauging points are located in punch holes (4), center punched where measurement of deflection is required. First, place spring loaded live point (1) in one of the two punch holes (4), then locate fixed point (3) in other punch hole
• Set dial pointer to 20 on (metric) dial by rotating the indicator bezel. Turn Crankshaft by hand & observe pointer movement on dial
• Read deflections at various positions of the crankshaft revolution as set out in manufacturer's inspection procedure