Plasmatronics PLDRC remote control makes it possible to remotely manage Plasmatronics Solar Charge Controller within a range of 100m. All of the functions work in the same way as on the actual controller on the Solar Charge Controller.
The Plasmatronics PLDSA Dingo Shunt Adaptor is a precision accessory designed to enhance the accuracy of battery monitoring in Dingo solar regulator systems. It enables the regulator to receive detailed current data from external shunts, improving the accuracy of battery state-of-charge (SOC) reporting.
The Plasmatronics PLDT is an adhesive battery temperature sensor designed specifically for the Dingo regulator family. Housed in a durable plastic case with 3m cable link, this sensor helps improve charging accuracy by allowing the regulator to adjust based on real-time battery temperature readings.
The Plasmatronics PLDTB is a lugged battery temperature sensor designed for use with the Dingo regulator family. Featuring an M10 lug for secure connection with 3m cable link, this sensor provides accurate temperature readings directly from the battery terminal, enabling precise temperature-compensated charging.
The Plasmatronics PLI RS232 is a serial interface unit designed to connect PL series solar regulators to external devices via RS232 communication. It enables reliable data exchange between the regulator and a PC, modem, or other compatible equipment for monitoring and control.
Plasmatronics shunt adapter for PL series regulators suits the SH200 shunt. The PLS2 shunt adapter is designed for use with PL series solar charge controllers. It allows the controller to measure charge or load currents which do not go through the controller.
Note: The Amp-hour reading and SOC will not be meaningful unless ALL the currents in the system are measured.
The Plasmatronics PLTB is a bolt-on battery temperature sensor designed for use with PL series solar charge controllers. Featuring an M10 lug and a 3-meter link cable, this sensor provides accurate temperature readings directly from the battery terminal to support temperature-compensated charging.
The Plasmatronics PLW is a dedicated PV solar hot water controller designed for both off-grid and grid-boosted systems. It offers a complete and efficient solution for solar water heating without the need for batteries, pumps, or frost protection devices, making it a low-maintenance and reliable choice.
The Plasmatronics PR1210 is a basic yet reliable PWM solar regulator designed specifically for charging liquid electrolyte lead-acid (flooded) batteries. With a 10A current rating and 12V system compatibility, it offers a simple and effective solution for small-scale solar charging applications.
The Plasmatronics PR1210L is a simple and reliable PWM solar regulator designed for charging sealed or gel lead-acid batteries. With a 10A current rating and 12V system compatibility, it offers a basic two-stage charging process ideal for small-scale solar applications.
The Plasmatronics PR2410 is a basic and dependable PWM solar regulator designed for charging wet or flooded lead-acid batteries. With a 10A current rating and 24V system compatibility, it provides a simple two-stage charging solution for small to medium-sized solar setups.
The Plasmatronics PR2410L is a simple and robust PWM solar regulator designed for charging sealed or gel lead-acid batteries. With a 10A current rating and 24V system compatibility, it offers a basic two-stage charging process along with load control, making it ideal for small to medium-sized solar systems.
The PolyPhaser AL-LSXM Radio Frequency Filter Protector is designed to protect RF equipment operating within the 2 GHz to 6 GHz frequency range. Utilizing a patented spiral inductor design, this surge protector ensures an almost instantaneous response to lightning surges, protecting critical hardware while maintaining RF performance.
The PolyPhaser CGXJ+15NFNF-AÂ is an RF surge protector (also known as a lightning arrester or surge arrestor) that utilizes a patented hybrid protection technology integrating a silicon avalanche suppression diode (SASD), a Metal Oxide Varistor (MOV), and a gas tube (GT or GDT). This RF surge protector component is manufactured in a coaxial in-line design with a wide operating frequency range, providing effective protection for critical equipment.
The PolyPhaser DGXZ+15TFTF-AÂ is an RF surge protector (also known as a lightning arrester) that utilizes a patented hybrid protection technology integrating a silicon avalanche suppression diode (SASD), a Metal Oxide Varistor (MOV), and a gas tube. This technology enables a quick response to lightning surges, protecting critical hardware while maintaining RF performance. This RF surge protector component is manufactured in a coaxial in-line design with a wide operating frequency range, providing effective protection for critical equipment.
The PolyPhaser GPS+06NFFÂ is an RF surge protector (also known as a lightning arrester or surge arrestor) that uses a fast-acting silicon avalanche suppression diode (SASD). This RF surge protector component is manufactured in a coaxial in-line design with a narrow operating frequency range, providing effective protection for critical equipment.
The PolyPhaser GT-NFF-AL RF Surge Protector is designed to protect RF equipment operating within the DC to 6 GHz frequency range. Utilizing a gas tube (GT or GDT), this surge protector ensures effective protection against electrical transient surges. It is manufactured in a coaxial in-line design, providing a wide operating frequency range.
The PolyPhaser GT-NFF-AL is an RF surge protector designed to protect RF equipment operating within the DC to 6 GHz frequency range. Utilizing a gas tube (GT or GDT), this surge protector ensures effective protection against electrical transient surges. It is manufactured in a coaxial in-line design, providing a wide operating frequency range.
The PolyPhaser GT-NFM-AL RF Surge Protector is designed to protect RF equipment operating within the DC to 6 GHz frequency range. Utilizing a gas tube (GT or GDT), this surge protector ensures effective protection against electrical transient surges. It is manufactured in a coaxial in-line design, providing a wide operating frequency range.
The PolyPhaser GT-NFSF-AL RF Surge Protector is designed to protect RF equipment operating within the DC to 7 GHz frequency range. Utilizing a gas tube (GT or GDT), this surge protector ensures effective protection against electrical transient surges. It is manufactured in a coaxial in-line design, providing a wide operating frequency range.
The PolyPhaser IS-50NX-C0 Coaxial RF Surge Protector is a powerful and efficient solution for protecting your equipment from lightning strikes and power surges. With a frequency range from 1.5 MHz to 700 MHz, this surge protector is designed to provide reliable protection across a wide range of applications.
