1. Nga korero haumaru
WHAKATŪPATO: Panuitia te pukapuka tohutohu KATOA kia mohio koe ki nga ahuatanga o te hua i mua i te mahi. Ki te kore e whakahaere tika i te hua ka pa he kino ki te hua, taonga whaiaro me te whara kino. He hua arearea matanga tenei. Me whakahaere i runga i te tupato me te mohio noa me te hiahia ki etahi pukenga miihini taketake. Ki te kore e whakahaere i tenei Hua i runga i te haumaru me te whai mana ka puta he whara, he kino ranei ki te hua me etahi atu rawa. Ko tenei hua kaore i te whakaarohia mo te whakamahi ma nga tamariki kaore he mataki tika a nga pakeke. Kaua e whakamahi me nga waahanga hotokore, whakarereke ranei i tenei hua i waho o nga tohutohu i whakaratohia e Horizon Hobby, LLC. Kei roto i te pukapuka hua nga tohutohu mo te haumaru, te whakahaere me te tiaki. He mea nui ki te panui me te whai i nga tohutohu me nga whakatupato katoa i roto i te pukapuka, i mua i te huihuinga, te whakarite, te whakamahi ranei, kia tika ai te whakahaere me te karo i te kino, i te whara kino ranei.
2. Hua Neke Atuview
The E-flite 3 AMP 5V 6V BEC (Battery Eliminator Circuit) is designed to provide a stable and regulated power supply to your receiver and servos in remote control aircraft. It converts a higher input voltage from the main flight battery to a lower, constant voltage (either 5V or 6V, selectable) suitable for sensitive electronic components, eliminating the need for a separate receiver battery.
He aha kei roto i te Pouaka:
- 1x E-flite 3 AMP 5V 6V BEC
Image: The E-flite 3 AMP 5V 6V BEC (EFLA950) unit, showing the input and output wires with connectors.
3. Whakatakotoranga
| Tau tauira | EFLA950 |
| Hunga Hua | 6 x 4 x 0.2 inihi |
| Taumaha Tūemi | 0.352 hekere |
| Kaihanga | Horizon Hobby |
| Te Tau Manakohia | 14 tau ki runga ake |
4. Tāuta me te Tatūnga
The E-flite 3 AMP 5V 6V BEC is designed for straightforward integration into your RC aircraft's power system. Ensure all connections are secure and correct before applying power.
- Tautuhi Hononga: The BEC has an input side (typically with a larger connector for the main flight battery) and an output side (typically with a standard receiver connector). Refer to the product image for visual identification.
- Hononga Whakauru: Connect the input wires of the BEC to your main flight battery or the appropriate power output from your Electronic Speed Controller (ESC) if it does not have a built-in BEC. Ensure correct polarity (red to positive, black to negative).
- Hononga Huaputa: Connect the output wire of the BEC to an available channel on your receiver. This will supply regulated power to the receiver and all connected servos.
- Voltage Kōwhiringa: The EFLA950 BEC allows selection between 5V and 6V output. Consult the physical unit for any jumpers or switches used to select the desired voltage. Ensure the selected voltage is compatible with your receiver and servos.
- Whakaeke Haumaru: Mount the BEC securely within your aircraft using double-sided tape or a similar method, ensuring it is protected from vibration and potential damage.
Image: Close-up of the E-flite 3 AMP 5V 6V BEC (EFLA950), highlighting the input and output connectors for installation reference.
5. Mahi
Once installed, the BEC operates automatically to provide a stable voltage to your receiver and servos. Before each use, perform a pre-flight check:
- Whakahiko: Connect your main flight battery. The BEC will power up the receiver and servos.
- Taki Mahi: Verify that all servos respond correctly to control inputs from your transmitter. Check for smooth movement and proper centering.
- Voltage Pūmautanga: If possible, use a voltage meter to confirm the output voltage from the BEC is stable and matches your selected 5V or 6V setting.
- Taki wera: After a short period of operation, carefully check the BEC for excessive heat. While some warmth is normal, extreme heat may indicate an overload or issue.
The BEC is designed to handle up to 3 amps of continuous current, which is sufficient for most standard RC aircraft setups. Avoid exceeding this current rating to prevent damage or failure.
6. Tiaki
The E-flite BEC requires minimal maintenance to ensure reliable performance:
- Tirotiro auau: Periodically inspect the BEC and its wiring for any signs of damage, fraying, or loose connections.
- Te ma: Keep the unit free from dust, dirt, and moisture. Use a soft, dry brush or cloth for cleaning.
- Rokiroki: Store the BEC in a dry, cool environment away from direct sunlight and extreme temperatures when not in use.
7. Te Raru
If you encounter issues with your E-flite BEC, consider the following troubleshooting steps:
- No Power to Receiver/Servos:
- Check all input and output connections for proper seating and polarity.
- Ensure the main flight battery is charged and connected correctly to the BEC input.
- Verify the BEC's voltage selection (5V/6V) is set appropriately.
- Test the BEC with a different power source or receiver if available to isolate the problem.
- Intermittent Power/Brownouts:
- This can indicate the BEC is being overloaded. Check the current draw of your servos, especially under load.
- Ensure all connections are solid and free from corrosion.
- Consider if the BEC's 3 AMP rating is sufficient for your setup. High-torque or numerous servos may require a higher-rated BEC.
- BEC is Hot:
- Some warmth is normal, but excessive heat suggests an overload. Reduce the load on the BEC or consider a higher-rated unit.
- Ensure adequate airflow around the BEC if it's enclosed.
If problems persist, contact Horizon Hobby customer support for further assistance.
8. Pūtāhui me te Tautoko
This E-flite product is manufactured by Horizon Hobby, LLC. For warranty information, technical support, or service inquiries, please refer to the official Horizon Hobby webpaetukutuku, whakapā atu ranei ki ta raatau tautoko kaihoko.
E taunaki ana kia mau tonu to tohu hoko mo nga kereme whakamana.
Kaihanga: Horizon Hobby
Webpae: www.horizonhobby.com
