Indicating Micrometers Archives - Gokul Traders

MICROMAR 40 TS PRECISION BENCH MICROMETER

Operating and display units with satin chrome finish
Rugged steel frame, can be inclined up to 45° from the sturdy base
Retraction of the movable anvil ensures maximum wear resistance
Height adjustable stop
Constant measuring force
Stainless spindle is hardened throughout and ground
Spindle and anvil are carbide tipped
Locking device
instruction manual

Precision bench Micrometer

Technical Data

Order no.	Measuring range mm	Error limit µm	Parallel error in µm	Flatness in µm	Spindle diameter	Spindle thread pitch_mm	Dial color	Type of dial face	Dial comparator measuring range	Graduation value µm	Measuring force (N)	Measuring force	Error limit Ge (µm)
4154030	0 – 50	2 µm	2 µm	0.2 µm	7.5 mm	0.5 mm	yellow	50-0-50	± 50	1 µm	6.5	6.5 N	1 µm
4154031	0 – 50	2 µm	2 µm	0.2 µm	7.5 mm	0.5 mm			±		6.5	6.5 N

MICROMAR 40 TS PRECISION BENCH MICROMETER

Operating and display units with satin chrome finish
Rugged steel frame, can be inclined up to 45° from the sturdy base
Retraction of the movable anvil ensures maximum wear resistance
Height adjustable stop
Constant measuring force
Stainless spindle is hardened throughout and ground
Spindle and anvil are carbide tipped
Locking device
instruction manual

Technical Data

Order no.	Measuring range inches	Graduation value inch	Error limit inches	Parallelism deviation inches	Flatness deviation inches	Spindle diameter	Micrometer pitch (inches)	Dial color	Type of dial face	Dial comparator measuring range (measuring screw) inches	Dial comparator scale graduation value (inches)	Measuring force (N)	Measuring force	Dial comparator error limit Ge inches
4154930	0 – 2″	.00025″	.00008″	.00008″	.00001″	7.5 mm	.025″	yellow	.002-0-.002	± .0025″	.00005″	6.5	6.5 N	.00005″
4154931	0 – 2″	.00025″	.00008″	.00008″	.00001″	7.5 mm	.025″					6.5	6.5 N

Operating and display units with satin chrome finish
Retraction of the movable anvil ensures maximum wear resistance
Constant measuring force
Stainless spindle is hardened throughout and ground
Spindle and anvil are carbide tipped
Locking device
instruction manual
case

INTEGRATED DIAL COMPARATOR

Technical Data

Order no.	Measuring range mm	Error limit µm	Parallel error in µm	Flatness in µm	Spindle thread pitch_mm	Dial comparator measuring range	Graduation value µm	Measuring force (N)	Measuring force	Error limit Ge (µm)
4154000	0 – 25	2 µm	2 µm	0.2 µm	0.5 mm	± 50	1 µm	6.5	6.5 N	1 µm
4154001	25 – 50	2 µm	2 µm	0.2 µm	0.5 mm	± 50	1 µm	6.5	6.5 N	1 µm
4154002	50 – 100	2 µm	2 µm	0.2 µm	0.5 mm	± 50	1 µm	6.5	6.5 N	1 µm
4154003	100 – 150	2 µm	2 µm	0.2 µm	0.5 mm	± 50	1 µm	7.5	7.5 N	1 µm
4154004	150 – 200	2 µm	2 µm	0.2 µm	0.5 mm	± 50	1 µm	7.5	7.5 N	1 µm

MICROMAR 40 F MICROMETER WITH INTEGRATED DIAL COMPARATOR

Satin chrome finished operating and display units
Dial Comparator is integrated in frame
Adjustable tolerance markers
Chrome plated steel frame, heat insulated
Retraction of the moveable anvil ensures maximum wear resistance
Spindle and anvil are carbide tipped
Spindle is hardened through-out and ground, stainless
Locking device
Constant measuring force Scope of delivery
Instruction manual
Case

Technical data

Order no.	Measuring range mm	Graduation value mm	Error limit µm	Parallel error in µm	Flatness in µm	Spindle diameter	Spindle thread pitch_mm	Dial colour	Type of dial face	Measuring range, dial comparator (measuring screw)	Graduation value µm	Measuring force (N)	Measuring force	Error limit Ge (µm)
4150000	0 – 25	0,01	2 µm	1 µm	0.2 µm	7.5 mm	0.5 mm	white	65-0-65	± 65	1 µm	9	9 N	1 µm
4150001	25 – 50	0,01	2 µm	1 µm	0.2 µm	7.5 mm	0.5 mm	white	65-0-65	± 65	1 µm	9	9 N	1 µm

MICROMAR 40 FC MICROMETER WITH INTEGRATED DIAL COMPARATOR

Operating and display units with satin chrome finish
Dial comparator is integrated in frame
Adjustable tolerance markers
Chrome plated steel frame, heat insulated
Retraction of the movable anvil ensures maximum wear resistance
Spindle and anvil are carbide tipped
Stainless spindle is hardened throughout and ground
Locking device
Constant measuring force
instruction manual
case

Technical Data

Order no.	Measuring range mm	Graduation value mm	Error limit µm	Parallel error in µm	Flatness in µm	Spindle diameter	Spindle thread pitch_mm	Dial color	Type of dial face	Dial comparator measuring range	Graduation value µm	Measuring force (N)	Measuring force	Error limit Ge (µm)
4150000	0 – 25	0,01	2 µm	1 µm	0.2 µm	7.5 mm	0.5 mm	white	65-0-65	± 65	1 µm	9	9 N	1 µm
4150001	25 – 50	0,01	2 µm	1 µm	0.2 µm	7.5 mm	0.5 mm	white	65-0-65	± 65	1 µm	9	9 N	1 µm
4150200	0 – 25		2 µm	1 µm	0.2 µm	7.5 mm	0.5 mm	white	65-0-65	± 65	1 µm	9	9 N	1 µm
4150201	25 – 50		2 µm	1 µm	0.2 µm	7.5 mm	0.5 mm	white	65-0-65	± 65	1 µm	9	9 N	1 µm

MICROMAR 40 F MICROMETER WITH INTEGRATED DIAL COMPARATOR

Operating and display units with satin chrome finish
Dial comparator is integrated in frame
Adjustable tolerance markers
Chrome plated steel frame, heat insulated
Retraction of the movable anvil ensures maximum wear resistance
Spindle and anvil are carbide tipped
Stainless spindle is hardened throughout and ground
Locking device
Constant measuring force
instruction manual
case

Technical data

Order no.	Measuring range inches	Graduation value inch	Error limit inches	Parallelism deviation inches	Flatness deviation inches	Spindle diameter	Micrometer pitch (inches)	Dial color	Type of dial face	Dial comparator measuring range (measuring screw) inches	Dial comparator scale graduation value (inches)	Measuring force (N)	Measuring force	Dial comparator error limit Ge inches
4150900	0 – 1″	.0001”	.00008″	.00008″	.00001″	7.5 mm	.025″	white	25-0-25	± .0025″	.00005″	9	9 N	.00005″
4150901	1 – 2″	.0001”	.00008″	.00008″	.00001″	7.5 mm	.025″	white	25-0-25	± .0025″	.00005″	9	9 N	.00005″