Get the speed of your car door in meters per seconds…
… in seconds
Benefits of the TGMmini car door speed measuring device
The new car door velocity meter TGMmini combines the accuracy of the TGM5 which is tried and tested by leading OEMs with an even easier, faster and more connectable user experience. Install the TGMmini in seconds on the car body and get the speed fo the passing car door in metres per second.
Every car ride ends and starts with the use of the car door. So the feel of the automobile door and the closure and opening effort is the first and last impression the car makes to the customer. A safe closure of the car door is also an important safety feature.
The speed of the closing car door is a characteristic value to check the quality of an assembled car door.
The car door closing meter TGMmini from glasmacher electronic is an accurate and easy to use device to measure the speed in meters per second of car doors and closures.
The TGMmini can measure any passing object and shows the speed in meters per second on the illuminated 4 cm OLED screen. It can measure the velocity at any phase of the opening or closing process of car doors and closures. It can also measure the speed of the closing or opening process of vertical moving objects like trunks or lids. For example, to check the gas spring damper.
The measurement of the speed of sliding doors is also possible.
A unique and repeatable parameter of every vehicle door or closure is the slowest speed required to safely close the door, measured just before the door snaps into the car body.
There is a specific force necessary to overcome the breaking zone consisting of:
• the inner pressure of the car interior – release flaps – see TGMbaro to check the „Interior Air pressure“
• the door hinges
• the door restrainer
• the door seals
to safely close the vehicle door.
Force is the result of the acceleration of an object. A specific automobile door has a given weight so the car door speed just before the breaking zone is a direct and proportional result of the force.
So it doesn‘t matter at what opening angle the driver pushes or pulls the car door, it has to speed up to that one unique minimum speed for a safe and secure closure.
The TGMmini is the easiest and fastest way to find this minimum required speed for a safe closure.
F => 1 N = 1 kg · m / s2
Closing process | Measured speed (m/s) | Door condition | Slowest speed closed (m/s) | Fastest speed open (m/s) |
1 | 0.65 | open | – | 0.65 |
2 | 0.72 | open | – | 0.72 |
3 | 1.03 | closed | 1.03 | 0.72 |
4 | 0.70 | open | 1.03 | 0.72 |
5 | 0.95 | closed | 0.95 | 0.72 |
6 | 0.85 | closed | 0.85 | 0.72 |
7 | 0.77 | closed | 0.77 | 0.72 |
When the difference between the
is below 0.1 m/s, the display will indicate „found“ and will make a „beep“ sound.
Use the automobile door specific value of the lowest speed in meters per second for a safe closure of this car door for:
Quality control
Benchmarking
Development
Component testing for OEMs or suppliers of:
Noise Vibration Harshness NVH Testing
Use the included magnetic holder or adapt it with a 3d Printer specific to your car body
Three rules for mounting the TGMmini:
2. If the measured edge is not ferromagnetic use the included „magnetic measurements edge“ and mount it on the moving car part – otherwise no counterpart needed only the TGMmini
3. Keep the distance between the TGMmini and the moving measuring edge below 10mm
Test Mode:
Measuring Mode:
In Measuring Mode, the display indicates:
Export the measurement results to your PC or Android Smartphone
Bluetooth
Use the free of charge Android App „TGMscan“ to get the results to your Smartphone, assign it with the barcodescanner to the „Vehicle Identity Number“ of the measured car, the door type and save and share the results
Bluetooth + Cable connector
Use the free of charge USB-Bluetooth or cable connectors to connect the TGMmini to your Windows PC
Use the free of charge „TGM USB EXE“ to use the measurement results like a keystroke and save them in for example Excel for further Data processing
The TGMmini measures the speed by recognizing the change of the magnetic field when a ferromagnetic edge passes the sensor.
This measurement principle makes it:
System and accuracy proven through external calibration
Small:
Very compact and handy designing a aluminum case
Size: 42 x 54 x 80 mm
Weight (incl. Accu): 235g
Enduring:
2 widley available lithium accus for up to 50 hours of operating time or CR123 batteries
Current consumption: ca. 15 mA
Type: Ansmann16340
Accumulator: 2x 3,6 V Lithium Ion
Voltage: 7,2 V=
Capacity: 850 mAh
Quick reload:
Charging with up to 500 mA and complete full in around 4 hours
Scope of delivery TGMmini (included)
Link to the operating instructions in different language
Please contact for any questions, inquiries, free sample device or your special measurement task:
glasmacher electronic gmbH
email@glasmacher-electronic.de
Mobile: (0049) 178 – 1458802 (WhatsApp – WeChat available)
Sonnenborn 1
58802 Balve
Germany
Phone:
Sales and technical service with sample devices are available in:
Please contact for contact details of the representatives in your country
Processor:
Program/Data memory:
Operating voltage:
Current consumption:
Accumulator:
Type:
Voltage:
Capacity:
Charging current:
Power adapter:
Temperature min:
Temperature max:
Size:
Weight (incl. Accu):
TI MSP FR2476
56 kB / 4 kB
3,3 V = / 5 V =
ca 15 mA
2x 3,6 V Lithium Ion
Ansumann 16340
7,2 V=
850 mAh
up to 500 mA full in 4h
100 – 230 V~ / 12 V=
-20°C (accu is limit)
+60°C (accu is limit)
42 x 54 x 80 mm
235g
Measurement range:
Measurement tolerance:
Section of measurement:
Measurement frequency:
0.13 … 5.00 m/s
+/- 0.05 m/s
55 mm
1 MHz
Door speed v [m/s]
Measurement time t [s]
Resolution +/- Δv [m/s]
Δt [μs]
max. distance between the measurement sensor and
the edge of the door:
Display:
Display unit:
0,13 1,00 5,00
0,423 0,05 0,011
0,01 0,01 0,01
4230 550 110
10 mm
3 digit OLED 25 mm * 35 mm
m/s