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Found 10 results

  1. Lithium Ion (L-Ion) rechargeable batteries are a very common technology employed in many consumer electronics. The below suggested best practices and general information will help you achieve the maximum battery performance over the product’s expected lifetime. The typical estimated life of a L-Ion battery is 300-500 charge cycles (fully charged-fully discharged-fully recharged) or 2-3 years, whichever occurs first. L-Ion batteries will slowly discharge when not in use. Do not leave batteries unused for extended periods of time, neither in storage nor in the product. When a battery has been unused for 6 months, charge or dispose of the battery based on charge status. Rechargeable L-Ion batteries have a limited life and will irreversibly and gradually lose their capacity to hold a charge. Run time decreases as the battery loses capacity. Elevated temperatures can cause permanent loss capacity and negatively impacts the cycle life. Whenever possible, keep L-Ion batteries in cool conditions to preserve the capacity of the cells.
  2. We recently saw a few cases where after updating a G10TII transmitter, it became non-operational. We believe the root cause is this: Line 6 Updater 1.19 unexpectedly identifies G10TII devices as G10T devices. Due to this, it is possible that one could load G10T firmware 1.06 on a G10TII product. If one ever gets into a state where they incorrectly load G10T firmware onto a G10TII, as described above, the issue can be remedied by downloading and installing the latest Line 6 Updater (version 1.20 or later – the latest version is now 1.23) and using it to re-update the G10TII back to the G10TII firmware. As of this writing, the only G10TII firmware release is the initial public firmware (2.00.0). NOTE: If the G10TII does not appear in Line 6 Updater after a few seconds, try un-docking/re-docking the unit a few times to see if it might then be recognized.
  3. Relay G10TII Information Important Information About the G10TII Transmitter · The recommended charging temperature range of the G10TII transmitter is specified as 50° F to 86° F (10° C to 30° C). · The recommended operating temperature range of the G10TII transmitter is specified as 32° F to 122° F (0° C to 50° C). · Line 6 recommends charging the G10TII transmitter at least every 6 months, based on best practices for lithium-ion batteries. · G10TII LED behavior is as follows: G10TII Transmitter (Docked in G10/G10S Receiver, POD Go Wireless, Spider V amp or THR10II/THR30II/THR30IIA Wireless amp)* LED State Condition Red (slow flash) Charging, less than 30 minutes battery time remaining † Green (slow flash) Charging, more than 30 minutes battery time remaining Green (solid) Fully charged ‡ Dim Red/Pink, may turn off G10TII is not docked properly – Try un-docking and re-docking 5-10 times Red (three quick flashes, repeating) G10T charging has stopped due to exceeding supported temperature. Charging will resume after 5 minutes at 50° F to 86° F (10° C to 30° C) § Orange (solid) Docked and connected to Mac or PC, firmware update in progress Off Receiver not powered (transmitter enters sleep mode after 4 minutes if receiver power is disconnected) G10TII Transmitter (Connected to Instrument) LED State Condition Green (solid) Transmitting, more than 30 minutes battery time remaining Red (slow flash) Transmitting, less than 30 minutes battery time remaining Off Connected to an instrument but not enough battery to transmit ‖ or Removed from instrument *When the G10TII is docked in a receiver or Relay-Ready device, the G10TII LED initially indicates amber, red, or green, depending on its current battery state. This is followed by four flashes (red) as the device initializes. Once this completes, the G10TII LED proceeds to indicate its remaining battery time. † All values stated for amount of battery time remaining are approximate, and the exact amount of battery time remaining when an LED state is indicated may vary slightly between charges. When the G10TII flashes red, it may have up to 60 minutes of battery time remaining. ‡ If the G10TII reaches a full charge (solid green) and remains docked, the G10TII LED may eventually flash green again. This is expected behavior as the G10TII may discharge slightly after reaching a full charge, and its LED may then flash green until it again reaches a full charge. § If the charging lockout indication continues for over 10 minutes, please stop charging and try again in a cooler environment condition. ‖ When the G10TII has insufficient power to transmit, its LED may indicate a pattern of five quick red flashes when connected to an instrument and audio is detected. This is the expected behavior. G10 Receiver (G10TII Transmitter docked) LED State Condition White (solid) G10TII charging or fully charged White (flicker) System has auto-scanned and is changing its channel Red (flash) G10TII not docked properly – Try undocking and redocking Pink (pulse) Connected to Mac or PC, Line 6 Updater open Pink (solid) Connected to Mac or PC, firmware update in progress Off No power to receiver G10 Receiver (G10TII Transmitter un-docked) LED State Condition White (solid) G10TII transmission received, more than 30 minutes of runtime Red (slow flash) G10TII transmission received, less than 30 minutes of runtime White (pulse) Receiver on but no G10TII transmission received White (flicker) G10TII transmission dropout (RF mute) Off No power to receiver G10S Receiver (G10TII Transmitter docked) LED State Condition Battery LEDs Green (cycle 1-2-3) G10TII charging 3 Green LEDs (solid) G10TII fully charged RF LEDs 3 Red LEDs (solid) More than 75% interference (not usable) 2 Red LEDs (solid) 50% interference (usable, but only for short range) 1 Red LED (solid) 25% interference (usable, also indicates G10S power on) Battery LEDs Off RF LEDs On Battery LEDs – Off RF LEDs – Red (cycle 3-2-1) G10TII not docked properly – Try undocking and redocking Battery LEDs – Off RF LEDs – 3 Red LEDs (solid) Connected to Mac or PC, Line 6 Updater open All LEDs Off No power to receiver G10S Receiver (G10TII Transmitter un-docked) LED State Condition Battery LEDs 3 Green LEDs (solid) G10TII transmission received, more than 4.5 hours of runtime* 2 Green LEDs (solid) G10TII transmission received, more than 3 hours of runtime 1 Green LED (solid) G10TII transmission received, more than 1.5 hours of runtime 1 Red LED (solid) G10TII transmission received, more than 30 minutes of runtime 1 Red LED (flash) G10TII transmission received, less than 30 minutes of runtime RF LEDs 3 Green LEDs (solid) G10TII transmission received, good signal strength 2 Green LEDs (solid) G10TII transmission received, average signal strength 1 Green LED (solid) G10TII transmission received, poor signal strength 3 Red LEDs (solid) No G10TII transmission received, more than 75% interference (not usable) 2 Red LEDs (solid) No G10TII transmission received, 50% interference (usable, but only for short range) 1 Red LED (solid) No G10TII transmission received, 25% interference (usable, also indicates G10S power on) Red (cycle 3-2-1) G10S channel knob has been changed from its setting since G10TII was last docked All LEDs off No power to receiver * All values stated for amount of battery time remaining are approximate, and the exact amount of battery time remaining when a LED state is indicated on the G10S receiver may vary slightly between charges of the G10TII Transmitter.
  4. Important Information About the G10T Transmitter · The recommended charging temperature range of the G10T Transmitter is specified as 50° F to 86° F (10° C to 30° C). · The recommended operating temperature range of the G10T transmitter is specified as 32° F to 122° F (0° C to 50° C). · Line 6 recommends charging the G10T transmitter at least every 6 months, based on best practices for lithium-ion batteries. · The functionality for Yamaha THR10II Wireless and THR30II Wireless users to update the G10T to version 1.06 firmware is also available. · For G10T transmitters on firmware version 1.06, LED behavior is now as follows: G10T Transmitter (Docked in G10/G10S Receiver, POD Go Wireless, Spider V amp or THR10II/THR30II/THR30IIA Wireless amp) LED State Condition Red (slow flash) Charging, less than 30 minutes battery time remaining * Green (slow flash) Charging, more than 30 minutes battery time remaining * Green (solid) Fully charged † Dim Red/Pink, may turn off G10T is not docked properly – Try un-docking and re-docking 5-10 times Red (three quick flashes, repeating) G10T charging has stopped due to exceeding supported temperature. Charging will resume after 5 minutes at 50° F to 86° F (10° C to 30° C) ‡ Orange (solid) Docked and connected to Mac or PC, firmware update in progress Off Receiver not powered (G10T enters sleep mode after 4 minutes if receiver power is disconnected) G10T Transmitter (Connected to Instrument) LED State Condition Green (solid) Transmitting, more than 30 minutes battery time remaining Red (slow flash) Transmitting, less than 30 minutes battery time remaining Off Connected to an instrument but not enough battery to transmit § or Removed from instrument * All values stated for amount of battery time remaining are approximate, and the exact amount of battery time remaining when an LED state is indicated may vary slightly between charges. When the G10T flashes red, it may have up to 60 minutes of battery time remaining. † If the G10T reaches a full charge (solid green) and remains docked, the G10T LED may eventually flash green again. This is expected behavior as the G10T may discharge slightly after reaching a full charge, and its LED may then flash green until it again reaches a full charge. ‡ If the charging lockout indication continues for over 10 minutes, please stop charging and try again in a cooler environment condition. § When the G10T has insufficient power to transmit, its LED may indicate a pattern of five quick red flashes when connected to an instrument and audio is detected. This is expected behavior. G10 Receiver (G10T Transmitter docked) LED State Condition White (solid) G10T charging or fully charged White (flicker) System has auto-scanned and is changing its channel Red (flash) G10T not docked properly – Try undocking and redocking Pink (pulse) Connected to Mac or PC, Line 6 Updater open Pink (solid) Connected to Mac or PC, firmware update in progress Off No power to receiver G10 Receiver (G10T Transmitter un-docked) LED State Condition White (solid) G10T transmission received, more than 30 minutes of runtime Red (slow flash) G10T transmission received, less than 30 minutes of runtime White (pulse) Receiver on but no G10T transmission received White (flicker) G10T transmission dropout (RF mute) Off No power to receiver G10S Receiver (G10T Transmitter docked) LED State Condition Battery LEDs Green (cycle 1-2-3) G10T charging 3 Green LEDs (solid) G10T fully charged RF LEDs 3 Red LEDs (solid) More than 75% interference (not usable) 2 Red LEDs (solid) 50% interference (usable, but only for short range) 1 Red LED (solid) 25% interference (usable, also indicates G10S power on) Battery LEDs Off RF LEDs On Battery LEDs – Off RF LEDs – Red (cycle 3-2-1) G10T not docked properly – Try undocking and redocking Battery LEDs – Off RF LEDs – 3 Red LEDs (solid) Connected to Mac or PC, Line 6 Updater open All LEDs Off No power to receiver G10S Receiver (G10T Transmitter un-docked) LED State Condition Battery LEDs 3 Green LEDs (solid) G10T transmission received, more than 4.5 hours of runtime 2 Green LEDs (solid) G10T transmission received, more than 3 hours of runtime 1 Green LED (solid) G10T transmission received, more than 1.5 hours of runtime 1 Red LED (solid) G10T transmission received, more than 30 minutes of runtime 1 Red LED (flash) G10T transmission received, less than 30 minutes of runtime RF LEDs 3 Green LEDs (solid) G10T transmission received, good signal strength 2 Green LEDs (solid) G10T transmission received, average signal strength 1 Green LED (solid) G10T transmission received, poor signal strength 3 Red LEDs (solid) No G10T transmission received, more than 75% interference (not usable) 2 Red LEDs (solid) No G10T transmission received, 50% interference (usable, but only for short range) 1 Red LED (solid) No G10T transmission received, 25% interference (usable, also indicates G10S power on) Red (cycle 3-2-1) G10S channel knob has been changed from its setting since G10T was last docked All LEDs off No power to receiver
  5. G10T/G10TII LED States: Transmitter Green when in guitar: On Red flashing when in guitar: Less than 30 minutes battery life left Green when docked: Fully charged Green flashing when docked: Charging Red flashing when docked: Less than 30 minutes battery life left and charging Receiver White solid: On and connected to G10 transmitter OR charging docked G10 transmitter White flashing: No signal from G10 transmitter Red flashing: Less than 30 minutes battery life left on a transmitter that is in use and transmitting, and not for a transmitter that is docked/charging. It is possible that the receiver's LED halo will flash red under other conditions, such as if the transmitter is not properly docked. Q: What is different between the original G10T and the new G10TII transmitters? A: The most obvious difference may be that the original G10T is black in color, while the new G10TII is dark grey. The new G10TII also incorporates new battery management technology, resulting in up to 7 hours of runtime and 170 hours of standby time, compared with the original G10T on the latest version 1.06 firmware, with up to 6 hours of runtime and 150 hours of standby time. Additionally, the new G10TII is electrically compatible with instruments using active pickups and preamps, without the need for an adapter. Q: My G10T/G10TII transmitter was fully charged, but my G10S is now at a single red LED and I have not played for very long. What happened? A: If, after a full charge, the LEDs drop to a single red LED sooner than expected, the transmitter may continue to operate for a number of hours, depending on the condition of the battery. While variation exists between batteries, a red blinking LED will generally indicate 30 minutes or less of play time. Q. Why is my docked transmitter flashing green when I know it's fully charged? A. Once a transmitter reaches full charge when docked, the transmitter will begin to discharge at a trickle. Eventually, the transmitter will dip down to a threshold at which it charges again. At that point, the LED may begin to flash, indicating charging. This could be noticeable for a few seconds, or potentially longer, depending on the condition of the battery. Just as there will be variation from unit to unit with regard to battery performance, you may observe the interval at which that flashing occurs may vary from unit to unit. Transmitters that have been through many cycles or that have problematic batteries could have a diminished performance and might now be much closer to dipping down into that threshold when they trickle upon full charge, which could make that flashing LED state occur more frequently, where it might be more readily observable in those cases. Q: I inserted the transmitter into the receiver and let it charge for many hours, but the transmitter never fully charged. The transmitter and the receiver is constantly blinking red. Why? A: In some cases, the transmitter could stand to be updated using the Line 6 Updater program found at www.Line6.com/software. Please make sure you are using the latest version of Line 6 Updater. Otherwise, there's a chance that the transmitter was not seated completely into the receiver to start the charging process. Once the transmitter is correctly seated in the receiver, the receiver's LED halo will be a solid white, and the transmitter LED will flash green until fully charged, at which point the transmitter LED will be solid green. Please see the images below for examples. Here is a video that illustrates LED statuses: Q: How long does it take to charge the battery? A: On average, a new transmitter with its battery in a discharged state has given the following results when tested: 15 minutes of charging gives at least 30 minutes of run time 30 minutes of charging gives nearly 1 hours of run time 3 hours of charging (full charge) gives approximately 6 hours of run time for G10T, or 7 hours of run time for G10TII All rechargeable batteries gradually lose capacity, so eventually the run times will decrease. Q: Should I leave my fully-charged G10 transmitter in the receiver? A: The unit is designed for the transmitter to be plugged into the receiver to stay charged. Think of this much like you would a cordless phone. Always keep it docked if you can for good battery life. Not being docked will not damage the battery nor accelerate drainage. Q: What is the lifespan of the battery? A: After 300 full charging cycles, expect the battery to gradually lose capacity, the amount of which varies. Please keep in mind that there are many factors that can affect these numbers, such as temperature, humidity, etc. but not enough to significantly shorten the life span of the battery. Q: Does the G10T/G10TII transmitter fit all guitars? A: We have designed the G10 and G10TII transmitters to fit into almost any guitar. However, we anticipate that there will be some rare cases where the transmitter does not fit into a given guitar. If the G10 or G10TII transmitter is inserted into your guitar and the transmitter's actuator pin is not engaged, the transmitter will not turn on, the LED on the transmitter will not light up, and no signal is processed. We have found that a workaround to this issue is to use a mono-to-mono (TS-TS) Male to Female adaptor or cable. See this article for more details: Relay G10 Guitar Compatibility (Fit/Electronics) Q: Does the G10/G10TII transmitter work with older Variax guitars? A: Yes, but the fit is not exact. Please see this article for more details: Relay G10 compatibility with older Variax models Q: Does the G10 transmitter work with guitars that use active electronics? A: In some rare cases, the guitar's active electronics are wired with inverse polarity. In this scenario, the original G10TII transmitter's electronics can go into a protection mode that keeps the system from being functional. This is evidenced by no output from the receiver, even though the transmitter's light is on. The new G10TII is designed to be electrically compatible with instruments using active pickups and preamps, without the need for an adapter. Additionally, certain instruments may present a level of noise when their active circuitry is engaged and the transmitter is connected. We have found that in most cases, a workaround to this issue is to use a mono-to-mono (TS-TS) Male to Female adaptor or cable. See this article for more details: Relay G10 Guitar Compatibility (Fit/Electronics) Q: Does the G10/G10S system work with instruments other than guitar? A: We developed and tested G10 and G10Sfor guitar and bass, but in theory, these products will work with any instrument-level source. This is not to say that it will work with any instrument you try it with, based on the above guitar-compatibility answers, but we expect that most will find success, so you are welcome to try. Q: If you leave the transmitter plugged into a guitar, does it still use up battery life even if it's not being used? A: After 4 minutes of silence, the transmitter will go into sleep mode, and will come back on when audio is passed through it again. Q: I have a guitar with active pick-ups. Can I leave the transmitter plugged in without the guitar battery dying? A: The experience should not be any different than leaving a guitar cable plugged into the guitar, meaning the G10T or G10TII will shut off in four minutes if it doesn't detect a signal. We suggest turning your guitar down to 0 when not in use, as some guitars, even those without active pick-ups, can produce enough hum or noise to trick the transmitter into staying turned on. Note that with certain guitars that have active electronics, leaving a cable plugged in might drain the guitar's battery, so the same may happen with a G10T or G10TII left in the guitar. Q: What is the maximum input / output level for the Relay G10 and G10S? A: The G10T/G10TII transmitter's maximum input level is 6.5 Vpp (= 9.5 dBu). The outputs on the receivers are at unity, so they are the same. Q: What is the dynamic range for the Relay G10 and G10S? A: Both products feature a dynamic range of greater than 110 dBA when used with either the G10T or G10TII transmitter. Q: What is the frequency response for the Relay G10 and G10S? A: Both products have a response of 10 Hz - 20 kHz when used with either the G10T or G10TII transmitter. Q: What is the amount of latency for the Relay G10 and G10S? A: Both products have approximately 2.8 milliseconds of latency from input to output, when used with either the G10T or G10TII transmitter. Q: What is the input impedance for the G10T/G10TII? A: Greater than 1 MΩ for both transmitters. Q: What are the specs on the provided Relay G10 and G10S power supplies? A: For Relay G10: 5V 1.0A output, input of 100-240v. The Relay G10S includes the DC-1g, which is a 9V DC 0.5A output, input of 100-240v. Q: Will phantom power harm the G10 or G10S receiver? A: No, the receivers will not be harmed by phantom power. Q: At what temperatures can I charge my G10T/G10TII transmitter? A: The recommended charging temperature range of the G10T and G10TII transmitters is specified as 50° F to 86° F (10° C to 30° C). Q: At what temperatures can I operate my G10T/G10TII transmitter? A: The recommended operating temperature range of the G10T and G10TII transmitters is specified as 32° F to 122° F (0° C to 50° C). Q: What are the specs on the provided Relay G10 Series power supply? A: 5V 1.0A output, input of 100-240v Q: Will phantom power harm the G10 receiver? A: No, the G10 receiver will not be harmed by phantom power. Q: Where can I purchase a Relay G10 Series Wireless System or replacement/extra Relay G10 transmitters (G10T)? A: You can order them from any authorized dealer. Q: What type of cable do I need between my guitar & G10T/G10TII transmitter? A: None; it plugs directly into your guitar. Q: Can I use both the 1/4" output and the XLR output at the same time? A: Yes, they can both be used simultaneously. Q: What Cable Tone length is the G10/G10S set to? A: G10's Cable Tone is set to 10 feet on the 1/4" output only. The XLR output is full frequency range. These settings are not configurable. For the G10S, Cable Tone is switchable between Off (full frequency), 10 feet, and 30 feet. Q: What is the range of the G10/G10S? A: The G10 is 50 feet, line of sight, as local conditions allow. The G10S is 130 feet. Line of sight: As with our other wireless gear, be sure to have a visible line of sight with the receiver. To get the best performance out of the G10 or G10S, do not obstruct the receiver with other gear or electronics. Q: How does G10/G10S/G10T/G10TII interact with other wireless devices? A: If you are using G10/G10S/G10T/G10TII in a setup with other 2.4 GHz wireless devices, please make sure to switch on all other wireless devices first, allow them to initialize and set channels, then dock the G10T or G10TII transmitter into the receiver for at least 15 seconds so the system can select a free channel. When using several G10 or G10S systems, please start by docking the first transmitter in the receiver, wait 15 seconds, undock it and plug it into your instrument. Please make sure that it is on (green LED on the transmitter). Repeat this process with the subsequent units. Many Line 6 wireless devices can be set to different RF modes. All Line 6 wireless units in a setup need to utilize the same RF mode to avoid problems. Your G10/G10S/G10T/G10TII unit is always set to RF2, so make sure that any other Line 6 wireless devices in your setup are set to RF 2 mode. G70/75 units use RF3, which can coexist with RF2 for G10/G10S/G10T/G10TII , so long as you avoid using the same channel between them. Here's an article that shows how to switch RF modes: http://line6.com/support/page/kb/_/live-sound/relay-digital-wireless/rf1rf2-mode-switching-frequencies-r130 Q: Is the Relay G10/G10S transmitter (G10T/G10TII) compatible with the X2 receiver (or vice versa)? A: Both systems run in completely different frequency ranges so they are not compatible with each other. However, X2 and Relay units can be used on the same stage (along with any other analog wireless systems) with no problems. Q: Does USB 3.0 create interference in the 2.4GHz frequency range? A : USB 3.0 computer cables and peripherals, including hard drives, are known to emit radio frequency interference throughout the 2.4GHz band, which results in reduced range and/or performance for any 2.4GHz device in its proximity (including wireless keyboard or mouse, WiFi, etc.). We recommend placing any digital wireless receivers at least two meters away from the USB 3.0 device and its cabling. Below is a link to a study by Intel regarding this interference. http://www.intel.com/content/www/us/en/io/universal-serial-bus/usb3-frequency-interference-paper.html Q: How do I register my Relay G10/G10S/G10T/G10TII System? A: You can register on your account: Gear Registration Dimensions - G10 Receiver: H 3.5"; W 4"; L 4" Transmitter: 2" long after inserted into instrument Total boxed weight: 3 lbs. Dimensions - G10S Receiver: H 2"; W 3.5"; L 5" Transmitter: 2" long after inserted into instrument Total boxed weight: 4 lbs.
  6. Hi everyone! How can i charge de ipad while using the sonicport(1st version)? Thanks!!
  7. Hello evereyone, I was just confrontaded with a really weird issue with the DT25 Unit. Everytime i left my amp on the rehearsal room for as long as a week disconected from the power due to fire prevention, i found the amp with a really bad issue whem i try to start it again: all the lights from the switches turns on buts no sound comes out of the amp, just a quite noise. On the first time i reeinstalled without trouble the flash-unit and it helped. The second time the amp wasn´t recognized trought the Midi interface. Curiosly it started on his own after beeing setted on standby about an hour along without doing nothing with it. I noticed this because it did a typical clipping sound and after that just a few lights were on and it was ready to be played. It is well known not to let the power on inside rehearsal rooms when you left it. So my question is why is this happening in the first place. Is there a hidden battery which needs to be loaded on regular periods of times, and it is possible to replace this battery? Thanks up front for any hints and answers!
  8. Hi, I'm new! My name's Matteo, I have a question, I tried to find it using the search utility but i didn't find nothing on it. What about doing a charging tool for using Sonic Port with iPhone without having so much battery drain? I mean a tool similar to the headphones adapter made since iPhone 7 launch and that enables to simultaneously use sonic port and a charging cable to keep iPhone turned on. Have you ever thought about it? I thank you in advance for your answer(s) and wish you a good evening.
  9. hi - i just got a jtv69 from mf,i plugged the battery inside a 1/4 ts to an active console/mixer but nothing happen - i move the knobs and nothing turn on. the guitar sound good and picks are amplified but variax is not working. i am just trying to charging the battery but the charger doesnt give a continued red light (as line says to be in a charger mode) but double red lights that comes and goes every 25 seconds. also i tried to connect the guitar to the workbench usb interface but again, it gives an intermittent red light. do you guys know something more about that situation? bad battery? thanks
  10. Lithium Ion (L-Ion) rechargeable batteries are a very common technology employed in many consumer electronics. The below suggested best practices and general information will help you achieve the maximum battery performance over the product’s expected lifetime. The typical estimated life of a L-Ion battery is 300-500 charge cycles (fully charged-fully discharged-fully recharged) or 2-3 years, whichever occurs first. L-Ion batteries will slowly discharge when not in use. Do not leave batteries unused for extended periods of time, neither in storage nor in the product. When a battery has been unused for 6 months, charge or dispose of the battery based on charge status. Rechargeable L-Ion batteries have a limited life and will irreversibly and gradually lose their capacity to hold a charge. Run time decreases as the battery loses capacity. Elevated temperatures can cause permanent loss capacity and negatively impacts the cycle life. Whenever possible, keep L-Ion batteries in cool conditions to preserve the capacity of the cells. For touring James Tyler Variax owners: Lithium cell and battery transportation is regulated in both the United States and the international community. When using a freight company to transport your gear, we suggest that you disclose to the freight company that your guitar has a Lithium-ion battery in it.
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