MBB-02 | Miniature Force Sensor
3Pages

{{requestButtons}}

Catalog excerpts

MBB-02 | Miniature Force Sensor - 1

MINIATURE FORCE SENSORS FEATURES ▪ Nominal capacity: 0.01 N, 0.05 N, 0.1 N, 0.5 N, 1 N and 5 N ▪ Semiconductor strain gauges ▪ Built-in high-capacity overload protection ▪ Minute displacement ▪ High natural frequency ▪ High-strength aluminum alloy measuring spring ▪ Compact dimensions ▪ Force applicable in two positions Fig. 1: MBB-02 Series | Miniature Force Sensor (caliper not included) ▪ Humidity compensated version available (Optional) DESCRIPTION The MBB-02 Miniature Force Sensor is designed for micromeasurement. It is used by many high end watch manufacturers for measuring the friction in the movement of mechanical watches and is also used in various medical applications. The MBB-02 is entirely made of aluminum to combine lightness and stability of measurement. It has a nominal capacity range of 0.01  to 5  and uses semi-conductor strain gauges. N N Having a larger gauge factor than foil types, semiconductor strain gauges allow the measurement of very small strain. The sensor integrates a built-in overload protection offering up to 25 times security. Dedicated to laboratory applications, it is suitable for a temperature range of +15 °C to +25 °C. It can be easily connected to a PC or display unit through an external Wheatstone bridge amplifier. A version for Air Humidity compensation in ranges of 30 % to 60 % HR is also available. Applied force radially acts on the sensors pin which can be independently positioned in 2 different locations, thus offering more operating flexibility. Special versions with various cable lengths and connector outputs are also available. APPLICATIONS The compact dimensions of the MBB-02 allows adaptation to a wide range of small and precision applications (watchmaking for example) as well as long term dynamic measurements. SYSTEM CONFIGURATION MBB-02 Miniature Force Sensor LMU Series Load Monitoring Unit AN Series / GAD Series Load Monitoring Display PROG DATA ENTER Strain Gauge Amplifier © 2021 MAGTROL | Due to continual product development, Magtrol reserves the right to modify specifications without forewarning. Custom Strai

Open the catalog to page 1
MBB-02 | Miniature Force Sensor - 2

MBB-02 SERIES SPECIFICATIONS MODEL MECHANICAL CHARACTERISTICS Nominal Load Overload Limit Displacement at Nominal Force ELECTRICAL CHARACTERISTICS Nominal Sensitivity a) Input Impedance Output Impedance Insulation Resistance Supply Voltage Natural Frequency Combined Error (nonlinearity + hysteresis) ENVIRONMENTAL CHARACTERISTICS Long-term Stability and Error Caused by Changes in Air Humidity b) max. ± 2 % proportional to nominal sensitivity in relative humidity ranges of 30 % to 60 % for a maximum of 72 hours Operating Temperature Temperature Influence: On Zero Temperature Influence: On...

Open the catalog to page 2
MBB-02 | Miniature Force Sensor - 3

MBB-02 SERIES SYSTEMS OPTIONS & ACCESSORIES LMU SERIES - LOAD MONITORING UNIT AN SERIES - LOAD MONITOR DISPLAY WITH INTEGRATED SIGNAL CONDITIONER Fig. 3: AN Series | Load Monitor Display with integrated signal conditioner Fig. 2: LMU 217 | Load Monitoring Unit The Magtrol Load Monitoring Unit is specially designed for strain gauge transducer applications. Specifically developed for use with Magtrol load measuring pins and load-forceweight sensors, the LMU Series provides excitation current and amplifies the output signal of full-bridge strain gauges. Configurable relays and analog outputs...

Open the catalog to page 3

All MAGTROL catalogs and technical brochures

  1. 4 QUADRANT

    2 Pages

  2. ZM Series

    5 Pages

  3. SK-01 Series

    3 Pages

  4. AMF Series

    3 Pages

  5. WB23 & WB27

    7 Pages

  6. Model 5200

    1 Pages

  7. 5211

    1 Pages

  8. 5251-2

    1 Pages

  9. SBB 14

    3 Pages

  10. FMF SERIES

    5 Pages

  11. ZS Series

    7 Pages

  12. RSB

    1 Pages

  13. PC-150

    2 Pages

  14. PCB

    1 Pages

  15. CST 113

    4 Pages

Archived catalogs

  1. WB/PB 65

    8 Pages

  2. WB/PB 15

    8 Pages