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Whilst every care has been taken to ensure that the information in this document is correct, no liability can be accepted by MYLAPS for loss, damage or injury caused by any errors or omissions in this document. The sale of products, services of goods governed under this publication are covered by MYLAPS’s standard Terms and Conditions of Sales.
The sale of products, services of goods governed under this publication are covered by MYLAPS ’s standard Terms and Conditions of Sales and this product manual is provided solely for informational purposes.
1. Physical Description 1.1 Introduction The MYLAPS ProChip Smart Decoder is a timing concept for sports where extreme accuracy and simple setup are needed. The MYLAPS ProChip Smart Decoder System is portable and is designed for battery operation during outdoor sports events.
= 25-59% full • green = 60-100% full When charging the battery the yellow LED is lit indicating that the ProChip Smart Decoder is charging. If the battery is fully charged the 1 green LED is lit. 1.2.2 Connectors Figure 1.3 MYLAPS ProChip Smart Decoder connector box...
Waterproof with attachment strip for fitting onto an ankle band, running shoe or bike • The chip is normally in ‘sleep’ mode until activated by the antenna. The chip will then send a signal to the MYLAPS ProChip Smart Decoder - see paragraph 4.1 Basic principle for more on this.
Every participant in a MYLAPS timed event carries a registered ProChip. When this chip passes a MYLAPS ProChip Smart Decoder timing system antenna, the chip will emit a unique code to identify itself and register the time it passed. The MYLAPS ProChip Smart Decoder reads the data collected from the antenna and assigns the code of the chip with the registered time.
All date and time parameters are set via the menu selections on the control panel. See paragraph 4.3.1 Operator control panel for more information. NOTE: Never change the time during a race. When the MYLAPS ProChip Smart Decoder is powered down, the clock will no longer be accurate.
2. Communication status (local or CCNET) – see 4.3.3.3 Communication 3. Current noise and strength of last detection 4. Manually set MYLAPS ProChip Smart Decoder time (M) or GPS time (GPS icon) with number of GPS satellites in view - see 4.3.3.1 Date and Time 5.
Sync using GPS Synchronize the date and time in the MYLAPS ProChip Smart Decoder to the date and time received from GPS satellites. If multiple MYLAPS ProChip Decoders are synchronized to GPS, precise time synchronization (to the msec) is assured. The time required for the MYLAPS ProChip Smart decoder GPS module to correctly synchronize with GPS satellites can vary (up to 20 minutes for first-time startup).
Here you can set MYLAPS ProChip Smart Decoder to display a warning if it temporarily ‘loses’ its GPS connection – the default setting is not to warn for a lost GPS signal. Normally, once the MYLAPS ProChip Smart Decoder time has been synchronized to a GPS signal, the time is sufficiently accurate and further synchronization with GPS should not be necessary.
Network / Communication Shows the current communication method being used (shows if a server is connected or not). Shows MAC address and IP address, if available. Please use the MAC address of the ProChip Smart Decoder for registration at the CCNet server.
The default setting for these ports is ‘normally closed’. 4.3.3.9 Decoder name Here you can assign a personalized name for easy identification when the MYLAPS ProChip Smart Decoder is connected to a network. This name will be displayed next to the MAC/IP address in the MYLAPS software.
Eject: when slected, you can safely remove the USB stick. 4.3.3.11 Help Here you have an option to quickly go to the online ProChip Smart Decoder (this) manual by scanning the QR-code with a phone. 4.3.3.12 License Info The ProChip Smart Decoder makes use of open source components, a list of the used open source components and their respective license(s) can be found in this menu item.
5. Setup and Removal This section describes how to setup the MYLAPS ProChip Smart Decoder equipment for a race, and then to remove it after a race. Also described here is how to retrieve race data from the MYLAPS ProChip Smart Decoder controller (see 5.2 Removal and storage).
5.2 Removal and Storage 1. Retrieve race data (if not already done): • Refer to 6.3 Retrieve data on page 28 to see how to retrieve data (race results) from the MYLAPS ProChip Smart Decoder • Verify data has been retrieved before proceeding. If no data connection to a results computer is immediately available, data can be retrieved later 2.
6. Operation Once correctly setup, the MYLAPS ProChip Smart Decoder system is ready to automatically record the chips as they pass the measuring point. The following operation steps may be required: • Set up a new file for the race - see 6.1.1 New file •...
6.2 Connect external battery CAUTION - EQUIPMENT DAMAGE: the MYLAPS ProChip Smart Decoder will be seriously damaged if connected to an incompatible power supply. Only connect the MYLAPS ProChip Smart Decoder to a compatible USB powerbank. Normally the internal battery (when fully charged) is sufficient for a race duration, however a USB powerbank can be connected to extend the operating time.
ProChip Smart Decoder is fully charged. 7.2.2 Long term battery storage conditions Check that temperature of the storage location is within range 0 to +30 °C (+32 to +86 °F). MYLAPS recommends to store the ProChip Smart Decoder as follows: •...
Troubleshooting) 7.5 Emergency reset If any problem caused the MYLAPS ProChip Smart Decoder to be unresponsive, the device can be recoverd by the following procedure: 1. Press and hold the ‘Power’ button for 7 seconds until the MYLAPS ProChip Smart Decoder powers down 2.
However, the following problems may be encountered during startup. No power is available (no LEDs lit) Connect power to the MYLAPS ProChip Smart Decoder and check if the orange LED (second LED) of the battery indicators is lit: •...
8.3.1.1 Noise frequency overview In the menu of the ProChip Smart Decoder there is a noise frequency overview, which makes it easier to determine which devices are causing the noise. Navigate to ‘Status’ and select ‘Noise Frequency Overview’. See figure 8.3 for an example.
The red line indicates the surrounding noise measured by the ProChip Smart Decoder. The noise is indicated per frequency, which can help finding the source of the noise.
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To acknowledge the error and clear the message, press the ‘ESC’ button. In an extreme emergency situation, hold in the main power switch for 7 seconds to completely shut down the MYLAPS ProChip Smart Decoder. Errors can be caused by human, software, mechanical or electrical faults - read the message carefully, and decide upon the best course of action.
GSM. 3. When all settings are correct and confirmed, exit menu with ‘ESC’. 4. When the ProChip Smart Decoder is connected to the internet, use MYLAPS Timing & Scoring to register the MYLAPS ProChip Smart Decoder at the CCNet server.
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Declaration of Conformity MYLAPS ProChip Smart Decoder MYLAPS Zuiderhoutlaan 4 2012 PJ Haarlem, The Netherlands Declare that the active LF timing system. ProChip Smart Decoder The main parts of the decoder are; Processor module • Decoder module • Display module full colour •...
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