NDC BenchMike Pro - Benchmike Pro Model 2025 Specifications; Benchmike Pro Model 2050 Specifications

8-2 BenchMike Pro 2025/2050 & Z-Mike Pro 4025/4050 Instruction Handbook: Specifications
Scan Digitizing
800 MHz
Operator Controls
Capacitive Touch screen keypad
Quadrature Encoder Input
Quadrature encoder input; maximum input rate, 900 KHz,
accurate to ±1 count
RS-232C Interface
Bi-directional interface for serial ASCII data; user-selectable
baud rate to 38.4 KB; DB-9 pin connector
Serial USB interface
Looks like serial port to software
Ethernet RJ45
Supports network printing and software upgrade
Printer Interface
USB CUPS interface
Note that although the BenchMike Pro will operate as specified throughout the safe operating temperature range
shown in the table above, the temperature of the part being measured can affect measurements. During factory
calibration, measured parts are allowed to stabilize at standard conditions of 68°F (20°C) and 50% relative humid-
ity. Your product may expand or contract based on its temperature. For best results, measure parts that have sta-
bilized to these standard conditions. At all other temperatures, the size should be determined by using the coeffi-
cient of thermal expansion for the specific material composition of your product. (See the Troubleshooting section
in the BenchMike Pro Operator Guide.) It is particularly important during mastering to ensure that your gauge pins
have stabilized at standard conditions.
8.2.2 BenchMike Pro Model 2025 Specifications
1
Specification
Model 2025
Measurement Range
0.100 to 25.4 mm (0.004 to 1.0 in.)
Repeatability
2
±0.25 µm (±0.000010 in.)
Linearity
3
±0.9 µm (±0.000036 in.)
Measurement area depth of field
±0.75 x 25 mm (±0.030 x 1.0 in.)
Temperature coefficient
±0.008 µm/mm°C
(±0.000004 in./in.°F)
Laser beam spot size
100 µm (0.004 in.)
Laser beam velocity
50 m/sec. (2,000 inch/sec.)
8.2.3 BenchMike Pro Model 2050 Specifications
1
Specification
Model 2050
Measurement Range
0.254 to 50 mm (0.010 to 2.0 in.)
Repeatability
2
±0.5 µm (±0.000020 in.)
Linearity
3
±1.5 µm (±0.000060 in.)
Measurement area depth of field
±1.5 x 50 mm (±0.060 x 2.0 in.)