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Sick AOD-P1 Overview
AOD-P1 ODmax amplifier unit
Sick AOD-P1 Description
- Several measurement ranges from 24 ... 26 mm up to 250 450 mm
- CMOS receiving element for measurement independent of surface
- High measurement accuracy and frequency
- Variety of selectable integrated calculations based on values from two sensors
- Safe, laser technology for precise measurement or detection of very small objects
- Several analog and switching output options
- Minimum machine downtime due to its reliability on any surface, regardless of gloss or color
- Highly accurate measurement, even during the production process, ensures high product quality
- High measuring frequency of 10 kHz increases processing speeds and reduces cycle times
- Reduce the cost to change your process by making a reference measurement using two sensors
- Comparatively low investment costs for challenging measuring tasks
- An easy-to- read LC display and simple push-button keypad programming ensures simple setup and servicing
- Reduced material costs, when using the distance sensors to control cost-relevant production processes
Your benefits
| Performance | |
| Output rate: | 10 kHz |
| Additional features: | 8 memory banks, Arithmetic calculations, Automatic sensitivity adjustment, Set hysterisis, Frequency filters, Hold functions, Peak measurement, Internal data recorder, Manual sensitivity adjustment, Averaging settings 1 ... 4,096 x, Scaling of analog outputs, Set levels of switching outputs, Switching window, Peak to peak measurement, Bottom measurement, Timer functions |
| System part: | OD Max controller (used in combination with OD30, OD85, OD350) |
| Note: | Measuring range, accuracy, response time etc. depend on used sensor heads (see associated products) |
| Response time: | 0.5 ms 1) |
| 1) Automatic sensitivity adjustment ? 2 ms | |
| Interfaces | |
| In- and outputs: | PNP |
| Analog current outputs (max. load): | 2 x 4 ... 20 mA (≤ 300 Ω) 1) |
| Analog votage outputs (min. load): | 2 x -5 ... +5 V (≥ 1 kΩ) 2) |
| Resolution analog outputs: | 16 Bit |
| Switching outputs (max. output current): | 5x (100 mA / High = Us -(< 2 V), Low = 0 V) 3) |
| Error output (max. output current): | 2x (100 mA / High = Us -(< 2 V), Low = 0 V) |
| Reference inputs: | 2x (High = Us, Low = ≤ 2.8 V) |
| Inputs for memory bank selection: | 3x (High = Us, Low = ≤ 2.8 V) |
| Hold inputs: | 3x (High = Us, Low = ≤ 2.8 V) |
| Interface: | RS-232 |
| 1) 2) One for each sensor head or one for the calculation result 3) For the calculation result | |
| Mechanics/electronics | |
| Supply voltage Vs: | DC 12 V ... 24 V , -5 % / + 10 % |
| Power consumption: | 6 W 1) |
| Warm up time: | <= 5 min |
| Housing material: | Polycarbonat and nylon 66 |
| Connection type: | Terminal board |
| Indication: | LCD display |
| Typ. weightwithout cable: | 240 g |
| 1) When connected with two sensor heads, including analog current output | |
| Ambient data | |
| Enclosure rating: | IP 20 |
| Ambient temperature: | Operation: -10 ... 40 C Storage: -20 ... 60 C |
| Max. rel. humidity (not condensing): | 0.35 % ... 0.85 % |
| Vibration resistance: | 10 Hz ... 55 Hz, Amplitude 1.5 mm, 2 h for axes XYZ |
| Shock resistance: | 50 G |
| Protection class: | III |
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