Lectrosonics ZS-4IFBR1CC1-CHSIFBR1C-US Four IFBR1C IFB Receiver Kit with Charging Dock (C1: 614 to 692 MHz)

Master On-Set Communications with Lectrosonics ZS-4IFBR1CC1-CHSIFBR1C-US
The Lectrosonics ZS-4IFBR1CC1-CHSIFBR1C-US is a professional-grade four-channel IFB receiver kit, specifically designed for broadcast and film production. It includes four IFBR1C bodypack receivers and the CHSIFBR1C charging dock, facilitating seamless communication across the C1 frequency range of 614 to 692 MHz. This kit not only streamlines crew and talent coordination but also enhances overall production efficiency.

Compact and Robust Receiver Design
The IFBlue IFBR1C receivers included in this kit are compact and built for the tough demands of on-set environments. Compatible with Lectrosonics' renowned range of transmitters, including the IFBT4 and any Digital Hybrid Wireless transmitter in IFB-compatibility mode, these receivers are tailored for both seasoned professionals and those new to production, offering ease of use without compromising on quality.

Charging Convenience
Central to this system is the CHSIFBR1C charging dock, which supports simultaneous charging of up to four receivers without the need to remove their batteries. This feature is essential for long shooting days, ensuring that the receivers are always ready to go and reducing downtime on set.

Durable and Comfortable for All-Day Use
Each IFBR1C receiver is housed in a rugged, injection-molded ABS casing, designed to be both durable and lightweight for comfort and discretion during wear. With a battery life of up to twelve hours on rechargeable AA NiMh batteries and a clear LED indicator for battery status, these units are built to last through even the most demanding production schedules.

User-Friendly Operation
Operation of the IFBR1C receivers is straightforward, featuring a single power/volume knob and an intuitive interface with a backlit LCD for easy frequency adjustments. The receivers come with 10 programmable presets, allowing for quick frequency changes on the fly, making them highly adaptable to various on-set conditions.