Wm5 compatible software

Carvin Audio has announced the new WM5, designed to supply wired dynamic microphones with wireless capability via a plug-on transmitter working with a companion receiver that can be plugged directly into mixers. The WM5 wireless system operates in the 5 GHz frequency band and has stated range of up to feet.

It can be paired with a Carvin M68 dynamic vocal mic for a turnkey setup or utilized with any other dynamic mic. Up to four wireless channels can operate simultaneously. Powered via USB, it is stated to provide up to four hours of continues use on a charge.

Stated noise is dB, with peak limiting also onboard. To connect multiple WM5 receivers to a mixer, the company recommends the use of short XLR patch cables since the receiver wide is too large for the spacing on most mixers and thus would require skipping channels in order to make room for the next receiver.

Via the patch cables, systems and their microphones can be grouped together. Go here for more specifics. New version offers several significant features to foster enhanced audio production capability, including global voice effects for multiple mic inputs, input gain control for New ARSE-AC offers added router capabilities and five gigabit Ethernet ports; designed to address the high-throughput requirements of dense applications.

Offers independent dual-channel functionality and doubles as a DI to accommodate signal levels for electric guitar, bass, and other unbalanced guitar level sources. We have the WM7 version for 24V systems this allows between cells to be monitored and the WM5 version for 48V systems that allows between cells to be monitored.

The Cell Monitors are placed on the batteries and wired back to the WatchMon4. As they are separate there is more flexibility in how many are wired up and how they are configured. This gives you the ability to vary your system in a more flexible way allowing anything from monitoring a single battery to cells. WatchMonPlus is lower in cost and has fewer parts, therefore it has fewer things to go wrong once you have the wiring correct.

Wiring is easier as it uses the shared loom, prebuilt in OEM batteries or you can create your own shared loom. You do not need cell monitors and temperature sensors as WatchMonPlus has them already inbuilt which makes the entire project that much easier and less time consuming. WatchMonPlus uses TestMon to verify that the wiring is correct before connecting your battery to the WatchMon , making it easy to use and simple to install.

WatchMon4 uses the Network Test If the software of the Network test does not pass, you will need to check the wiring of each wire until you find your problem, you cannot proceed until you get a pass.

The WatchMonPlus can also be wired up to all the other batteries that WatchMon4 is capable of monitoring. WatchMonPlus has 3 external temperature sensors that can be placed around the battery pack to measure cell temperature. WatchMon4 relies on the temperature sensors on the cell monitors themselves so has one per cell monitor. Typically, the daily balancing requirement is between mAh and mAh. This will depend on the battery cell age, chemistry and configuration.

Balancing power beyond this level is useful to have in reserve for the initial balance and any minor fault or reconfiguration event but not every day.

If the initial cells are seriously out of balance and a large pack do some manual balancing to reduce the time for this first balance.