PCE Closing Force Measuring Device Original BIA Cl. 1 For Bus

PCE Closing Force Measuring Device Original BIA Cl. 1 for Bus
Instrument Laboratorium

Deskripsi produk
DESCRIPTION
Closing force measurement system for bus and train doors and sliding steps
Closing force measuring device / safety through closing force measurement
The original BIA class 1 closing force measuring device is an electronic closing force measuring device for rail vehicle and bus doors. The elaborate design combines precision with practical robustness and ensures accurate measured values even after years of use in harsh environments.

For cyclic measurements on vehicles with multiple doors, a quick and easy implementation is of great importance. For this purpose, software was developed that drastically reduces the measurement process and the effort required for documentation. With just a few operating steps, the measurements for a complete vehicle can be taken over, printed out in tabular form and saved in a database.


We provide suitable interfaces (e.g. Microsoft® DLL or National Instruments® LabVIEW) for integration into an automated test procedure.
HIGHLIGHTS
- Applicable standards – EN 14752:2005, VDV 111, 2001/85/EG
- Precise measurements
- Robust design
- Easy to use
- Operation with a single button or remotely via Microsoft® DLL interface or National
Instruments® LabView library
- Complete scope of delivery - including high-quality transport case and software
- Professional, comprehensive PC software – PinchPilot

- Comprehensive user support – calibration service, standard change service
- Support for the management of large fleets
SPECIFICATION
Original BIA Class 1

Measuring range
25 ... 310 N
Accuracy
+/– 3 N or 3% of reading
Resolution
1 N
Stiffness
10 N/mm
Gap width
115 mm / 4.5"
Diameter
100 mm / 3.9"
Measuring principle
DMS transducer
Acquisition frequency / rate
250 Hz / 4 ms
Power supply
battery 9 V block, e.g. 6LR61
Battery voltage monitoring
yes
Operating temperature range
-10 to +40 °C / 14 to 104 °F
Storage temperature range
-40 to +50 °C / -40 to 122 °F
Humidity
max. 90% rel. h, non-condensing.
Dimensions
260 x 130 x 115 mm / 10.2 x 5.1 x 4.5"
Weight
2.1 kg / 4.6 lb


Display device SEB2

- Data logger unit with LCD display and LED status indicators, control button, serial
interface
- Optional PC-controlled measurement
- 9 V battery supply
- Real time clock
- Memory for 100 measurements
- Sensor and PC interface
- Peak value display and effective power display
- Rating display i. O./n. i. O.

PC evaluation software PinchPilot
- Multilingual (DE, EN, IT, FR, ES)
- Graphic representation of the force curve
- Calculation of the standard-relevant characteristic values
- Evaluation according to different guidelines possible
- Custom policy adjustable
- Log printout
- Data export (Excel, CSV, PDF)
- Optional measuring point identification

- System requirements software PinchPilot (see tab Software/App)

DELIVERY SCOPE
1 x Closing force measuring device BIA class 1 with 2.5 m connection cable
1 x Display device SEB2 separate measured value acquisition module
with LCD and LED display membrane key and serial interface
1 x 9V block battery
1 x Transport case with foam insert for the complete scope of delivery
1 x PC connection cable (USB)
1 x USB data stick with PC evaluation software PinchPilot and documentation
1 x Manual
1 x ISO calibration certificate
SOFTWARE / APP
Description of software / technical requirements
For our measuring devices you need one of our software tools. Our software is used to evaluate the data obtained during closing force measurements. Depending on which measuring device or which evaluation device you have, you can download different software.
- PC/Laptop Windows 7 or higher
- USB serial port or Bluetooth interface
- Measuring device
- for the following measuring devices: Original BIA Class 1, BIA 600, FM 100, FM 200, FM 202,
FM 205, FM 206, FM 207, FM 208, FM 300

PC software PinchPilot
Our "PinchPilot" software is used to evaluate the data obtained during closing force measurements. No additional software is required for daily work.

Data export
PinchPilot provides all the functions required for routine measurements. Should the data nevertheless be processed further in another room, there are various types of export to choose from:

Text export: measured values as a series of numbers; can be imported e.g. into Microsoft Excel
Image export: log or single diagram in EMF format; can be imported, e.g. into Microsoft Word Measurement data can be exported as ppdx (XML format) and imported with our other software tools for further processing
SQL database: A customer-specific SQL interface can be implemented on request
National Instruments DataPlugin (for import into Diadem or LabView)

Evaluation according to PinchPilot guidelines

The software evaluates the measurement results according to PinchPilot guidelines. These are created on the basis of applicable regulations (laws, standards, guidelines). They consist of a set of parameters that contain the permissible limit values. The measurement results obtained are evaluated accordingly. The permissible range is highlighted in color in the measurement diagram and allows a quick assessment of the measurement. We keep the PinchPilot guidelines up to date. Calibrations by us include an update of the software and thus also of the PinchPilot guidelines. With regular calibration, the user has the security of always checking according to the latest status. In addition to the assessment according to PinchPilot guidelines, the user has the option of creating their own guidelines.
Result documentation

There are two options for documenting measurements in paper form: The measurement log is detailed graphic documentation for a measurement point. While the measurement report is documentation for several measurement points in tabular form. This allows all measurements on an object (door, wagon, etc.) to be documented.
You can set the user language yourself: German, English, French, Italian and Spanish. Software upgrade costs will apply if no license is available for the downloaded version.
The following standards and guidelines can currently be evaluated:
EN 81-1 2000-4-EG
FMVSS118
APTA PR-M-S-18-10
ASME A17.1 2000
EN 14752:2005
EN 14752:2015
2001-85-EG / ECE R. 107 §35 e Abs.5 StVZO
EN14120 DIN 18650-1
EN 12453
EN 16005
EN 60335-2-103
ASR A1.7
ECE R-21
prEN 12650-1