RF Venue Blog - Finding Signal In The Noise

Setting Up RF PA Receivers with Remote Battery Packs and IEC Piggyback Power

Written by Adam J. Brass | May 27, 2026 1:37:26 PM


Temporary events rarely give you the luxury of perfect power placement. Whether you’re covering overflow rooms, outdoor activations, delay zones or satellite PA positions, powering wireless audio receivers in the field can become a challenge fast.

Using the RF Venue RF PA Receivers with remote battery packs and IEC piggyback power solutions gives event teams a flexible way to deploy wireless loudspeaker systems almost anywhere while keeping setups clean, reliable, and fast to deploy.

Why Remote Power Matters

In temporary event environments, power is often limited to:

  • A single extension run
  • Shared circuits
  • Generator power
  • Temporary distro systems
  • Hard-to-reach speaker locations

Running separate power supplies for every RF PA Receiver and PA zone can quickly create:

  • Cable clutter
  • Additional failure points
  • Longer deployment times
  • Difficult troubleshooting

Remote battery packs and IEC piggyback solutions simplify the system while keeping RF PA Receiver units powered and stable throughout the event.

Typical Deployment

While some PA Speaker systems have compatible 12V DC barrel connector outputs, such as the popular Electro-Voice EV Series, (Everse 8 and Everse 12) —whenever that capability is lacking on PA systems, common remote power deployments might include:

  • Outdoor events
  • Corporate AV
  • Houses of worship
  • Mobile DJ systems
  • ENG/broadcast applications
  • Emergency response and field communications setups

The benefit is that RF PA receivers live directly at the speaker locations instead of running long analog audio cable paths across the venue to hard to reach locations. While power is usually centralized, audio is not.

Using Remote Battery Packs

For Running RF PA Receiver on a battery, we've tested the Rapthor Rechargeable 12V 5200mAh Lithium ion Battery Pack with Charger and total battery life from full charge to dead was ~30 hours.

Battery-powered operation is especially useful for:

  • Outdoor ceremonies
  • Mobile PA carts
  • Pop-up activations
  • Parade routes
  • Temporary press areas
  • Historic venues with limited AC access

Advantages

  • Faster deployment
  • Reduced AC cable runs
  • Cleaner appearance
  • Greater flexibility in speaker placement
  • Isolation from unstable venue power

Best Practices

  • Use regulated DC battery solutions sized for the runtime of the event
  • Verify voltage compatibility before deployment
  • Secure battery packs directly to the speaker stand or enclosure
  • Label all battery-powered RF PA Receiver locations for troubleshooting
  • Keep spare charged packs onsite for long event days

For critical events, many engineers rotate fresh battery packs during breaks or intermissions to avoid runtime uncertainty.

IEC (International Electrotechnical Commission) “Piggyback” Power Setup

One of the cleanest deployment methods is using IEC (Edison Plug Type) piggyback power from the powered loudspeaker itself.

Example JBL IRX112

Options like the Hosa PWD-402 Piggyback IEC C13 Power Cable (2FT) are a cheap and easy way to reduce PA power run to a single AC line per zone.

In this configuration:

  1. AC power feeds the loudspeaker
  2. IEC piggyback or pass-through power feeds the RF PA Receiver power supply
  3. Both devices share a single AC drop

This creates:

  • Cleaner cable management
  • Faster setup and teardown
  • Fewer extension cords
  • Easier troubleshooting

Recommended Workflow

  • Mount the RF PA Receiver directly to the PA speaker or rear handle area
  • Secure the power supply with Velcro or mounting brackets
  • Use short IEC jumpers to minimize dangling cable
  • Keep audio and RF cable routing separated from AC when possible

Mounting Considerations

For temporary events, portability matters.

Ideal mounting locations include:

  • Rear loudspeaker panels
  • Pole-mount accessory brackets
  • Weather-protected utility enclosures

Always avoid:

  • Blocking amplifier ventilation
  • Exposing battery packs to direct rain or heat
  • Strain on RF connectors or antenna cabling

RF and Frequency Coordination Tips

Just like professional wireless mics/IEM’s, frequency coordination is still critical to ensuring a working, reliable system. Now, coordinating RF PA systems is easier than ever (and free!) with Wireless System Builder online. Just plug in your address or zip code to get 1 or 2 frequencies that avoid local DTV Interference.

Keep these considerations in mind:

  • Maintain line-of-sight whenever possible
  • Avoid mounting directly behind LED walls or steel structures
  • Elevate antennas above audience level
  • Keep battery packs and AC supplies separated from antenna elements
  • Scan and coordinate frequencies before final deployment

For large temporary events, deploying Remote Antennas (Like the RF Venue CP Beam for example) with RF PA Extension Kit can enhance coverage range and consistency.

Real-World Event Applications

Corporate Events

Deploy wireless delay speakers in breakout rooms without long copper cable runs.

Outdoor Festivals

Place remote speakers hundreds of feet from FOH while keeping audio paths fully wireless.

Houses of Worship

Quickly deploy overflow coverage for seasonal services and special events.

Sporting Events

Provide portable PA coverage for entrances, fan zones, and remote staging areas.

Final Thoughts

Combining RF PA Receiver systems with remote battery packs and IEC piggyback power creates a highly flexible deployment strategy for temporary sound reinforcement.

The result is:

  • Faster setup
  • Cleaner cable management
  • Greater placement flexibility
  • Reduced labor
  • More scalable temporary event systems

For production teams handling fast-paced deployments, simplifying power distribution around wireless PA systems can make a major difference in efficiency.