Hardware Accessories Catalog

Capacitor Control Junction Boxes

Telescada designs and assembles standard and custom wired junction boxes to connect Telescada Capacitor Controls to all types of Capacitor Switches.

TB-001 - VerSaVac Junction Box

TB-001 VerSaVac Wiring Diagram

Click Here for more information on Telescada Capacitor Switch Cabling Solutions

Modular Base Station
SCADA Radios

Telescada designs and assembles 25 - 150W UHF and VHF Base Station Radios for SCADA applications.

A low wattage digital radio like the Raveon M7 series is mated to a matching linear amplifier and primary power supply with battery back-up to create a cost effective solution for Base station Rx/Tx communications with remote devices.

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CCU7C Multi-Protocol
Tone Modem

The Telescada CCU7C Communications Modem provides an interface between a Host (SCADA) computer system, and VHF/UHF FM base station transmitters used to communicate with legacy Capacitor Control, Load Management Radio Switches and/or Radio RTU'S.

 Communications between the SCADA computer and the CCU7C controller is via a serial ASCII RS232C communications link. The controller communicates with the radio switches via VHF/UHF FM transmitters, using an audio frequency shift keying (AFSK) method of modulation.

• Telescada ARS
• Fisher Pierce (Joslyn) - Status RTU, Pulse RTU, Single Tone, Two Tone, Digital, Test Tone and Smart Switches
• Motorola - Digital and Two Tone Switches
• GE REMS 100 - 101/102
• Scientific Atlanta Digital
• Comverge SA206

Get The Telescada CCU7C User's Manual Here

NIB-485 Network Isolation Board

 The Telescada NIB-485 makes connecting to, and isolating an RS-485 serial network quick and easy.

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TS-MPPT Plus
Solar Battery Charge Controller

The Telescada MPPT Plus is a battery charge controller designed to maximize the energy transferred between the solar panel and either a Lead-Acid or LiFePO4 battery. It works with either 33 or 36 cell solar panels. The short circuit output current of the panels can be as high as 5 amperes (80 Watt panels). The charger is designed for 12 volt solar panels that are rated between 15 Watts and 80 Watts.

V-Signal
There are two signals generated by the MPPT Plus. One signal is the battery voltage minus 10 Volts. For example, if the battery voltage is 13.215 volts, the “V signal” will be 3.215 volts. This signal can be applied to any NeXGen analog input just like a transducer. The signal can be used to more precisely measure the battery voltage. This is an important measurement when you consider that a LiFePO4 battery’s voltage only changes by only 400 milli-volts between 90% and 20% charge levels.

I-Signal
The second signal from the MPPT Plus is from a current transducer built into the MPPT Plus charger. The voltage signal is proportional to the current going into or out of the battery. The “I signal” is 2.35 volts when no current is going in or out of the battery. The 2.35 VDC increases when current is going into the battery and decreases when the current is leaving the battery. For every ampere going into or leaving the battery, the signal will change by 400 mill-volts. For example, if the battery has a charging current of 2 amperes the current signal will be 3.15 VDC, e.g. (2.35 + 2 x .400 = 3.15)

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TS-MPPT-1215
Solar Battery Charge Controller

The Telescada TS-MPPT-1215 is a superior solar charge controller for 12VDC battery operated instruments that require solar charging. The TS-MPPT-1215 uses maximum power point tracking technology to maximize the amount of power harvested from the solar panel

The TS-MPPT-1215 feeds an optimum 13.8VDC to the battery, while protecting accessory instrumentation by capping the upper voltage at 14VDC

The TS-MPPT-1215 is rated for 2A Maximum @ 13.8VDC

Click Here for more information on Telescada TS-MPPT-1215

Telescada ES013-K-2
30W, 12V Solar Array

The MM200 bracket holds two 15 watt solar panels at an intercept angle of 55 degrees for maximum winter power harvest for your instrumentation

Wired in series the ES013-K-2 delivers 30W of power at 12VDC nominal

Click Here for more information on the Telescada ES013-K-2 Solar Array

EP-018
6-12VDC Power Upconverter

Do you need to convert a 6VDC solar power system to 12VDC? We did, so we designed and built a high efficiency upconverter

Click Here for more information on the Telescada EP-018