| Power: 9 to 16 VDC, negative ground 90 ma @ 12 VDC (max) | Automatic Error Compensates for sensor error due to vehicle’s Correction: dynamic motion |
| Accuracy: ± 1 Foot Per Mile. | Material Calculation: Area, Volume, Tonnage, Cost |
| Resolution: ± 1 Foot | Interval Counts: Elapsed distance from last mark, * Begin / End accumulation. |
| Display: Back lighted liquid crystal panel (3 brightness level adjustments and off), 6-Digit distance (MI, FT, Km), 4-Digit interval distance, 3-Digit speed (MPH, Kmh, F/S). Indicators: Up/Down arrow, AEC, Code, Mark, Count hold, Display hold, Calibrate | Memory: *Unlimited with laptop computer use only, *0-99 Event codes, *20 Plain language events. |
| Keypad: LED back lighted (3 brightness level adjustments and off), 15 key, Touch-Tell silicon rubber | Memory Non Volatile Type, Retention: >50 year (Lifetime) retention. |
| Speed: Display vehicle speed 0-199 (MPH, Kmh, F/S) | Printer Interface: Serial, 300-9,600 baud rate. (Selectable) |
| Count: Bi-Directional Up/Down. | Communications: *RS-232 in/out, Selectable baud rate (300-600 1,200-2,400-4,800-9,600) |
| Calibration: Four vehicle memory. | Input Channel: (1) 8 bit 0-5 VDC Analog, (1) 0-5 VDC Digital |
| Auto Distance Conversion: Feet, Miles, Kilometers. | Output Channel: (1) 0-5 VDC Digital |
| Test Mode: Complete system check, simulates distance count | Case: High Heat Resistive ABS. |
| Count Hold: Stops distance count | Dimensions: 7.5″ (190.5mm) x 2.25″ (57.15mm) x .88″ (22.5mm) |
| Display Hold: Freeze display count without loss of accumulating distance | Weight: 0.7 oz |
| Pre-Distance: Capability of starting at a known distance | Operating Temperature: 0C to 70C |
| Output Pulse 0-5 VDC (Low Going High) | Instrument Warranty: One year parts and labor. |
| (PDI) Type: High Going Low, Flip Flop Output Pulse Activate (Distance) | Package Consists of: Instrument, Installation kit, Operating Manual.Order Sensor Separately. |
| (PDI) Setting: Duration (Distance, Time) | * Model NS-60 Only |
| Speed Trap: Operation for computing observed vehicle’s speed | |
