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| Features |
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- Pivot brings you the
world's No.1 high precision and high response instruments.
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- Combining low priced machinery with high tech functions for superior cost performance. Whether by the piece or in a set, Pivot offers you overwhelmingly lower prices than other competitors.
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- No need to purchase any other units.
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- Pivot brings you high precision, heat resistant anti-vibration instruments that can stand up to actual rally driving and racing.
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- Super-extra fine steps of 0.312° (other companies 0.9°) move smoothly and our display offers you an easy to read 281°.
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- Possible to switch response speed between normal and high. (Tachometer only)
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- Illumination adjustment function (Tachometer and Shift lamp adjustment possible)
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- Includes a dashboard stand for easy installment, plus the 60 f series also comes with a fastener for in-board installation.
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- Noiseless stepping motor brings you quiet operation unmatched by competitors.
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| Technometer Response (Response Rate) Comparison |
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When a tachometer needles response is slow, it cannot keep up with quick changes in engine revolution and the display will show a lower value than the actual one. In this way large errors are not uncommon, such as at 5,000rpm the display reads 4,500rpm. Inconsistent movement, for example, up to 4000rpm the movement is fast, but above that it slows down, causes the display to be unable to show the actual engine revolution change, as it changes. As a response to these issues, PIVOT's Stepping Gauge with its original computer drive circuitry, stepping motor and instrumentation design brings to reality a gauge that offers high response and consistent movement without overshoot and waver.
Measurement method: At 0, instantaneously input 8000rpm signal.
Measuring Instrumentation and method: Analyze data taken with a high-speed digital camera.
Comparison Products: bought on the market. |
| Comparison Test against Standard Meter |
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Below is a comparison of a standard tachometer display and the SGT-F1 when engine revolutions were increased by stepping on the accelerator.
Measuring method = Analysis of data taken by high-speed digital camera.
Bench mark precision = Before using the SGT-F1 for testing, we checked to make sure that precision gap was
0.
Top revolution = Highest engine revolution during test.
Time lag = The difference between the standard meter display time and the display time of the SGT-F1 at highest rpm.
Greatest Error = Shows largest gap in rpms
between standard meter and SGT-F1 while increasing revolution ( ) shows rpm at that time.
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| MOVE(L610S) |
| MAX rpm |
6400rpm |
| Delay Time |
0.26sec |
Max
Differences |
1600rpm
(at 5600rpm) | |
| LEGACY B4(BE5) |
| MAX rpm |
6500rpm |
| Delay Time |
0.20sec |
Max
Differences |
1000rpm
(at 5200rpm) | |
| SCEPTER(SXV10) |
| MAX rpm |
5800rpm |
| Delay Time |
0.20sec |
Max
Differences |
1300rpm
(at 4400rpm) | |
| LANCER(CD9A) |
| MAX rpm |
4700rpm |
| Delay Time |
0.17sec |
Max
Differences |
1000rpm
(at 4400rpm) | |
| STARLET(EP82) |
| MAX rpm |
5800rpm |
| Delay Time |
0.20sec |
Max
Differences |
700rpm
(at 5800rpm) | |
| CIVIC(EG6) |
| MAX rpm |
6700rpm |
| Delay Time |
0.20sec |
Max
Differences |
1000rpm
(at 3100rpm) | | |
| Water
temp meter Response (Response Rate) Comparison |
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When a water temperature gauge needles
response is slow, it cannot keep up with quick changes in water temperature and the display will show a lower value than the actual one. In this way large errors are not uncommon, such as at 100°C the display reads 80°C. Inconsistent movement, for example, up to 70°C the movement is fast, but above that it slows down, causes the display to be unable to show the actual temperature change, as it changes.
As an answer to these issues, PIVOT's
Stepping Gauge brings to reality an ideal system with optimal movement.
Measurement method = At 20°C, instantaneously put sensor into water of 98°C.
Measuring method = Check a time series of temperature displays.
Comparison Products = Bought on the market.
* unit =
°C |
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