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Our accessories are engineered as integral parts of specific product ecosystems to guarantee reliable, plug-and-play performance. For example, the RC5-WM remote and RC-DM3 combiner are designed specifically for the CQ Series power sequencers.

To ensure proper functionality and avoid system damage, it is important to verify compatibility in the product documentation before specifying an accessory. This system-level approach ensures every component works together as intended.

Yes. Our power cables are designed for guaranteed compatibility across the entire LynTec ecosystem. This includes our RPC remote control breaker panels, PDS power distribution sequencers, NPAC rack-mounted panels, and other related infrastructure.

Using our cables ensures a secure and reliable physical connection, simplifying the installation process and providing peace of mind that your power chain has no weak links.

While they provide a physical control interface, LynTec switches are engineered system components that offer more than a basic contact closure. They are designed for seamless integration with our power sequencers, providing a reliable and dedicated point of control.

Features can include key-lock security, clear LED status indicators for sequence operation, and simplified wiring schemes. For instance, the RC5-WM uses a single RJ-45 cable for signal and power, making installation faster and more robust than wiring a generic switch to a terminal block.

Yes. Our surge protectors are engineered for the demands of both environments. They are housed in a rugged, single-piece steel Tour Class chassis designed to withstand the rigors of transport and repeated setup.

For permanent installations, the same durable construction and high-grade components ensure long-term reliability and consistent performance, providing confidence that the power foundation of your system is secure.

Yes, many of our lighting ecosystem products are designed for demanding environments. The Dual DMX Relay (DDR), for example, features a rugged, IP-rated enclosure that protects its internal components from the elements. This makes it a reliable choice for outdoor architectural installations, temporary events, and touring productions where dependability is critical.

The six outlets are grouped into three ‘Power Pods’ of two outlets each. Each pod is controlled as a single unit, allowing you to switch three independent groups of equipment on and off remotely.

No. The main illuminated power switch controls the eight outlets on the rear of the unit. The single outlet on the front panel is unswitched and always on for convenient access.

Yes, isolated ground versions of both the 20A duplex and 30A twist-lock receptacles are available as a configurable option to help minimize electrical noise for sensitive equipment.

No, the ten rear outlets are controlled by a single primary switch on the front panel. The single front outlet is unswitched and always on when the unit is plugged in.

No, all outlets on the JG 9NS are unswitched and provide constant power whenever the unit is plugged in. It is a power distribution unit, not a remote-control or sequencing product.

No, the JG Series does not offer power sequencing or individual outlet control. It provides master on and off control over a bank of outlets via a single front-panel switch. For operational convenience, the front outlet and at least one rear outlet are typically unswitched, providing constant power for devices that should not be turned off with the main group.

Yes. The DDR Dual DMX Relay is specifically engineered for these environments. It features a rugged, IP-rated housing that protects the internal components from dust and moisture, making it a reliable choice for outdoor architectural lighting, temporary events, and touring productions. Its compact, portable design and flexible mounting options allow for rapid and secure deployment on truss or scenery.

While filler plates provide a clean, finished appearance, their primary role is technical. They are essential for maintaining the integrity of the enclosure by covering unused panel openings. This protects sensitive internal components from dust and debris and helps maintain the designed airflow path for proper thermal management, which is critical for system reliability.

Yes, they are specifically engineered for life on the road. Each unit is built into a rugged steel enclosure with reinforced, professional-grade connectors and integrated handles to withstand the demands of shipping and repeated handling.

The robust construction ensures that the internal components remain protected, providing dependable performance show after show. This focus on durability minimizes equipment failure and maintenance needs in mobile applications.

Yes, the nine rear outlets are rotated and include extra spacing between four of them specifically to accommodate bulky ‘wall wart’ style power adapters without blocking adjacent outlets.

Absolutely. Our XLR accessories, particularly the wall plates, are designed specifically for permanent architectural integration. They use standard form factors for easy installation in common back boxes and are constructed from durable materials to meet the demands of commercial environments. This provides a clean, professional, and reliable connection point between your control system and the LynTec power infrastructure.

Yes, our power conditioning and UPS products are engineered for professional AV installations. Most units feature standard 1U or 2U rack-mount form factors. We also include practical design elements, such as the rotated rear outlets on the JG 11-15A, which accommodate bulky wall-wart power supplies without blocking adjacent receptacles. Some models, like the SRA Series UPS, offer versatile mounting for rack, tower, or wall installations to fit any project requirement.

Absolutely. Our panelboards are engineered for reliability in demanding professional environments. We use robust, motorized breakers, such as the Square D Powerlink breakers in our LCP panels, which are rated for 200,000 on/off cycles. This ensures dependable, long-term performance for applications with frequent power cycling, including performance venues, broadcast studios, and touring rigs.

No. The load centers have insufficient room to accommodate bolt-on breakers. The bolt-on tabs require an additional inch between the two breaker rows. If bolt-on breakers are required use the MSP or MSPH Sequencing Panelboards. The MSPs will accept bolt-on or snap-in breakers. The MSLCs only accept snap-in breakers.

Yes. The SCP panelboard is designed to accommodate both motorized breakers for remote control and standard Square-D QO breakers for circuits that do not require automation. This allows you to create a single-panel solution for all your power distribution needs.

Yes. LC Series panels are engineered for flexibility. You can mix DMX-controlled motorized breakers with standard, non-controlled breakers in the same enclosure. This allows you to create a cost-effective solution that provides direct DMX control only for the specific circuits that require it, such as non-dimmed fixtures, work lights, or practicals.

Yes, LCP panels can be specified with optional, factory-installed surge protection modules. We offer integrated SurgeX or SPD modules that fit directly into the panelboard enclosure.

This provides a robust, coordinated protection solution for all connected lighting and video wall circuits, simplifying the electrical design and installation while safeguarding sensitive downstream equipment.

No. Circuit breakers have widely varying trip responses depending on their intended use. For most audio power amplifiers you need breakers with a HM rating. The High Magnetic rating allows a substantial inrush current, about double, for the first 100 milliseconds to eliminate nuisance trips. Nuisance trips are common on circuit breakers not rated for High Magnetic duty. For instance, a standard Square D QO120 breaker will trip with as little as 120 amps in the first cycle compared to 240 amps for a QO120HM. In Square D, the HM rating is only available for 15 and 20 amp breakers. The 30 amp QO breakers sustain inrush currents of 300 amps for the first 10 cycles @ 60 Hz, sufficient to light up most of the largest power amplifiers without nuisance tripping.

Yes, our intelligent panels are designed for multi-protocol environments. Products like the RPC, LCP, and NPAC can respond to DMX, sACN, IP (Telnet/HTTP), and dry contact closure inputs simultaneously. This allows for a layered control strategy. For example, you can use DMX for show-specific cues from a lighting console, an IP-based system for building automation, and a contact closure for a simple wall switch or fire alarm integration, all on the same panel.

Yes. The NPAC includes DMX512 and sACN protocol support, allowing it to be directly controlled by theatrical lighting consoles and other DMX or sACN-based control systems for synchronized power and lighting cues.

Yes. While the SCLC’s native control protocol is RS-232, it can be easily integrated into a modern IP network using a standard, third-party IP-to-Serial converter. This allows control from network-based building management or AV control systems.

Yes. The NPAC allows you to group individual circuits into as many as 12 distinct zones. Each zone can then be assigned to a different control source. For example, you could have circuits 1 and 2 controlled by a DMX signal from a lighting console, while circuits 3 and 4 are controlled via IP commands from an AV automation system. This provides exceptional flexibility for managing mixed-equipment racks.

Yes, LCRP panels feature DMX in and out ports, allowing them to be daisy-chained. This lets you control a virtually unlimited number of circuits across multiple panels from a single DMX data line.

Yes. The integrated RPC controller provides a web interface accessible from any networked device. You can monitor both branch and phase current in real-time, helping you manage loads and troubleshoot issues without being physically at the rack.

Yes. In an RPC system, the master panel serves as the central brain for the entire power infrastructure. From its web interface, you can configure circuit-level sequencing with user-defined step-rates that apply across the master panel and all connected secondary panels. This ensures a coordinated and safe power-up sequence for all connected AVL equipment.

Absolutely. This is a primary application for our retrofit controllers. By installing a kit like the MRTS series into a compatible Square D panel, you can add intelligent startup and shutdown sequencing to existing circuits. This protects sensitive audio and video equipment from damaging inrush currents without needing to install a new, dedicated sequencing panel.

Yes, all network-enabled LynTec sequencers provide circuit-level control over the power-up and power-down order. You can set custom delay rates from a fraction of a second up to 999 seconds between steps. This flexibility allows you to precisely match the startup requirements of sensitive equipment like digital signal processors, amplifiers, and video projectors, ensuring a safe and stable power-on process.

Yes. Sequencing is a core feature designed to protect sensitive equipment from harmful inrush current. Within a single panel, you can create multiple sequence zones and define the step rate. For larger systems, multiple LynTec panels can be networked together and synchronized under a single control interface to ensure a coordinated and safe power-up and power-down sequence across an entire facility.

Yes. A single contact closure event, like turning a key switch or pressing a button, can initiate a complete, pre-programmed power-on or power-off sequence. This allows for simple ‘one-touch’ control of an entire AV or lighting system from a lectern, wall plate, or other convenient location.

Products like the RPC, NPAC, and CQ Series all support sequence initiation via contact closure, simplifying system operation for end-users while ensuring equipment is powered on and off safely.

Yes. The dedicated RJ45 input and output ports are designed for daisy-chaining. You can link any number of CQ Series devices together to create a synchronized power-up and power-down sequence across your entire system.

Yes. All JG Series models are tested and listed to UL 62368-1. This is the primary safety standard for audio, video, and information technology equipment. This certification, combined with their robust steel chassis construction, ensures they are safe and durable for professional and commercial installations.

Yes, all LynTec SPD units are UL listed and have been rigorously tested to meet strict safety and performance standards. This certification provides confidence that the devices are engineered for safe, reliable operation in professional environments, simplifying the specification and inspection process for your projects.

Yes. All PD Series models are tested and certified by Intertek (ETL) to meet UL 5 standards for surface metal raceways. This certification ensures our power strips meet national safety and code compliance requirements for commercial use, giving you and your clients confidence in the reliability and safety of the installation.

Yes, the batteries are designed to be user-replaceable. This allows you to extend the service life of the UPS unit without needing to send it in for service, reducing downtime and overall cost of ownership.

Yes, the KIN series is designed for long-term serviceability. The batteries are user-replaceable, allowing for simple on-site maintenance without needing to take the entire unit out of service or ship it for repair. This feature extends the operational life of the UPS and protects your investment by making it easy to refresh the backup power system after the batteries reach their end of life.

The integrated LED elements are designed for a long operational life and are housed in the slide-out tubes. For service inquiries, please contact our support team for guidance.

The USB ports on the front and rear of RP Series units are for power only. They provide a convenient 5V DC power source for charging accessories or powering utility items like a gooseneck work light directly from the rack. They do not support data transfer.

While a standard sub-panel only provides overcurrent protection, LynTec wall-mount panels integrate power distribution with intelligent control. They are purpose-built for AV and lighting systems, offering built-in power sequencing, remote on/off control via IP, DMX, or sACN, and system monitoring. This simplifies installation by combining multiple functions into a single, code-compliant enclosure, eliminating the need for separate relay boxes and control wiring.

Unlike a basic power strip, the RX 100-15A includes advanced filtration to remove AC line noise and robust surge protection with a very low voltage let-through to safeguard connected equipment. It also protects against over-voltage events and wiring faults.

The SCV-20001 provides approximately 3 minutes of runtime at a full 1800-watt load and 10 minutes at a half load of 900 watts. This is typically enough time for a safe, orderly shutdown of connected systems during an outage.

The SLi-600 uses a Lithium Iron Phosphate (LiFePO4) battery, which is lighter, has a longer service life, and offers more consistent performance compared to traditional sealed lead-acid batteries found in most UPS units.

SL Series UPS units use modern lithium-ion or lithium iron phosphate (LiFePO4) batteries, which offer significant advantages over traditional lead-acid types. They provide a much longer service life, reducing long-term maintenance and replacement costs. Lithium batteries are also considerably lighter, making installation easier and safer, especially when mounting a unit like the SL 350 behind a display. They also typically feature faster recharge times.

Our protection devices are engineered to help technicians diagnose issues quickly. Integrated wiring fault indicators on the front panel provide immediate visual confirmation of common problems, such as a missing ground connection or reversed polarity. This saves valuable time during commissioning and troubleshooting by identifying foundational power issues before they affect the AV system.

The front panel Processor LED will blink red if the internal surge protection has failed. During normal operation with healthy protection, the LED will flash blue and red. Contact LynTec support for replacement instructions.

A status indicator LED on the front panel confirms the surge protection is active. If this light goes out, the MOV protection module has been compromised and can be easily replaced.

RX series conditioners feature a front-panel LED indicator that alerts technicians to dangerous external wiring conditions. If the unit detects an issue such as a missing ground connection or reversed hot and neutral wires at the outlet, the indicator will illuminate.

In these fault conditions, the unit will not pass power to its outlets, protecting connected equipment from potential damage. This provides a clear, immediate diagnostic tool during system installation and commissioning.

Our modular architecture isolates specific functions onto individual, field-replaceable components. If a specific function fails, such as a communication interface or a relay driver, a technician can replace just that single module instead of the entire panel controller or backplane.

This targeted approach significantly reduces system downtime, lowers repair costs, and simplifies troubleshooting. It ensures that your power control infrastructure remains robust and easy to maintain over its entire service life.

Yes. If the front-panel surge protection indicator LED goes out, it means the protection circuit has been compromised. The MOV module is designed to be easily replaced to restore protection.