| SERVICE | PRODUCT | DETERMINANT | TECHNIQUE | PROCEDURE | LIMITATION / RANGE |
Speed and velocity - Speed measuring devices
| Speedometers; Vehicle with digital display;
| Speed;
| By calibrated dynamometer;
| | |
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CAPABILITY
with a Calibration and Measurement Capability of -
Enex vehicles fitted with digital speed displays only
0.3 km/h from 30 km/h to 60 km/h
0.4 km/h above 6 0km/h to 80 km/h
0.2 km/h above 80 km/h to 120 km/h
|
| Vehicle speed dynamometers;
| Speed;
| By time and length measurement;
| Specifically 'Real Time 48" Compact 2WD' and 'AVL Zollner 48" RPL 1220 AWD Dynamometers
by Enex Method Dyno Calibration Procedure | |
|
CAPABILITY
Calibrated in-situ at dynamometer
with a Calibration and Measurement Capability of -
0.06 km/h from 30 km/h to 100 km/h
0.07 km/h above 100 km/h to 120 km/h
|
| Digital amphometers; Doppler (radar) equipment; Inductive loop devices - By electrical simulation; Piezoelectric devices - By electrical simulation;
| Speed;
| Direct measurement against a reference standard;
| Radar speed measuring devices ("K" and "Ka" bands only)
By the in-house methods:
Radar-MD-Speed-Detector-test-procedure
Radar-MND-Speed-Detector-test-procedure
Radar-SD-Speed-Detector-test-procedure
Radar-SND-Speed-Detector-test-procedure
to Victorian Road Safety (General) Regulations 2009: Part 3 - Evidence Relating to Speeding and Other Offences;
Digitector speed measurement devices to
Victorian road Safety (General) Regulations 2009: Part 3 - Evidence Relating to Speeding and Other Offences.
By the in-house method "Digitector Test Procedure";
Inductive loop and piezo electric speed measurement devices using Enex test method NXCF001;
| |
|
CAPABILITY
with a Calibration and Measurement Capability of -
Radar speed measurement devices
1.0 km/h from 22 km/h to 250 km/h
Digitector speed measurement devices
1.0 km/h from 40 to 220 km/h
Inductive loop and piezo electric speed measurement devices
0.6 km/h from 20 km/h to 130 km/h
0.7 km/h above 130 km/h to 200 km/h
0.8 km/h above 200 km/h to 250 km/h
|
| Laser equipment including LIDAR;
| Speed;
| Direct measurement against a reference standard;
| By the in-house method Laser-Speed-Detector-test-procedure
to Victorian Road Safety (General) Regulations 2009: Part 3 - Evidence Relating to Speeding and Other Offences
| |
|
CAPABILITY
with a Calibration and Measurement Capability of -
1.0 km/h from 25 km/h to 320 km/h
|
Speed and velocity - Verification of fixed speed detector installations
| Traffic signal phase systems;
| Time interval;
| Comparison with a reference standard;
| "NX-RFXF001", "NX-GTCF001" and "NX-JNKF001"
| |
|
CAPABILITY
with a Calibration and Measurement Capability of -
0.015 seconds from 0.0 seconds to 120 seconds
|
| Inductive loop speed measurement systems;
| Field measurement of inductance;
| Direct electrical measurement;
| "NX-RFXF001", "NX-GTCF001" and "NX-JNKF001"
| |
|
CAPABILITY
with a Calibration and Measurement Capability of -
3.6 % at 1 kHz from 30 μH to 400 μH
|
|
| Field measurement of insulation resistance;
| Direct electrical measurement;
| "NX-RFXF001", "NX-GTCF001" and "NX-JNKF001"
| |
|
CAPABILITY
with a Calibration and Measurement Capability of -
10% from 0.5 MΩ to 500 MΩ at 500 V
|
| Inductive loop speed measurement systems; Piezoelectric speed measurement systems;
| Field measurement of DC resistance;
| Direct electrical measurement;
| "NX-RFXF001", "NX-GTCF001" and "NX-JNKF001"
| |
|
CAPABILITY
with a Calibration and Measurement Capability of -
Inductive Loop In-Road Sensors
28% from 0.1 Ω to 1 Ω
2.9% above 1 Ω to 10 Ω
0.5% above 10 Ω to 100 Ω
Piezo In-Road Sensors
0.13% from 330 kΩ to 500 kΩ
2.2% above 500 kΩ to 33 MΩ
4.6% above 33 MΩ to 100 MΩ
12% above 100 MΩ to 500 MΩ
|
| Piezoelectric speed measurement systems;
| Field measurement of capacitance;
| Direct electrical measurement;
| NX-RFXF001
| |
|
CAPABILITY
with a Calibration and Measurement Capability of -
3.9% from 1 nF to 30 nF
|
|
| Field measurement of voltage;
| Direct electrical measurement;
| NX-RFXF001
| |
|
CAPABILITY
with a Calibration and Measurement Capability of -
11% from 80 mV to 10 V
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