Xantrex Technology TM500A manual Surface Mounting

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2.0 INSTALLATION

Surface Mounting

•Using the mounting bracket as a template, mark the positions for the screw holes and an area where the cable(s) will feed through.

•Drill out the four screws holes (if required) and wire access opening. Use a 3/16" bit if the supplied plastic anchors are used. If placing the screws directly into the backing material, use a 3/32" bit. The wire access hole should be at least 1/2" diameter to allow the connector to pass through.

•Mount the bracket using the screws (and anchors if necessary) supplied. See Figure 2-2. Do not overtighten the screws.

•Install the adaptor onto the bracket by pressing it tightly into place.

•Connect the communications cable (from the shunt) to the “J1 TO SHUNT ONLY” jack on the TM500A. See Figure 2-3.

•If the TM500A is to function as an ON/OFF remote control for the inverter, connect the remote control cable (not supplied) to the “J2 INVERTER ONLY” jack. This connector only functions if the inverter contains a REMOTE jack that allows operation with an RC4 or RC8 remote control.

CAUTION: Do not reverse these cables or the TM500A circuit board will be permanently damaged.

•Install the meter onto the adaptor by pressing it tightly into place.

4

© 2001 Xantrex Technology Inc.

P/N 973-0012-01-02 Rev.A05/01

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Contents TM500A Disclaimers About XantrexTrademarks Date and RevisionTable of Contents Table of Contents Important Safety Instructions Battery Safety Information TM500A IntroductionTM500A TM500A NS 12/24 Volt Unpacking and InspectionTM500A 12/24 Volt TM48 48 VoltRequired Tools InstallationPre-Installation MountingSurface Mounting Surface Mounting the TM500A Using the Adaptor Communication and Remote Cable ConnectionsFlush Mounting Area To Be Cut-Out Flush Mounting the TM500AExtended Length Installations Extended Length Ground WireDeltec Shunt Mounting/Wiring the Shunt Shunt ConnectionsMounting Circuit Board to an Existing Shunt Shunt Circuit Board and HardwareCircuit Diagram Connecting the Shunt BoardIn-line Fuse Restoring the Factory Defaults ConfigurationSetup Resetting to Factory DefaultsSetting Parameters Setting ParametersSetting the Charge Efficiency Factor Setting Parameters Charge Efficiency %Setting Charger Efficiency Setting Parameters Amp Hours Ah Setting the Amp HoursSetting the Amp Hours Setting Parameters Charged Indicator Setup Step a Setting the Fully-Charged Voltage LevelStep B Switching OFF the Amperage Detection Setting the Charged Indicator Voltage LevelTurn Amps OFF for Voltage only Detection Trigger on Voltage and Amperage Trigger on Voltage and Amperage Trigger on Voltage and Time Step B Setting the Time Duration Trigger on Voltage and TimeTaper Chargers Relay ChargersThree-stage Chargers Configuring the Low-Voltage Alarm Setting Parameters Low-Voltage IndicatorLow-Voltage Indicator Operation Indicators and ControlsReset Button Buttons Select ButtonMeter Selection and LED Indicators Indicators and Controls Basic MetersAvailable Meters % state-of charge Power Saving Mode Indicators and Controls Ah AMP HoursMode Indicator LEDs BLO Low Battery Voltage Indicators and Controls Data MonitorsBHI High Battery Voltage DSF Days Since FullTo access the Data Monitor Function To configure this function Reminders and IndicatorsAmp-Hour Reminder Reminders and Indicators Low-Voltage Indicator To configure this alarmTo reset the Charged LED Reminders and Indicators Charged IndicatorResetting the Charged Indicator Troubleshooting Symptom Possible Cause SolutionService Information Specifications SpecificationsWarranty Limited Warranty

TM500A specifications

Xantrex Technology is renowned for its innovative power solutions, and the TM500A is a standout model in its extensive product lineup. This advanced power inverter is engineered to meet the needs of both industrial applications and residential systems, providing users with reliable and efficient power conversion.

One of the main features of the TM500A is its advanced inverter technology, which allows for high efficiency and performance. With an efficiency rating often exceeding 90%, the TM500A minimizes energy loss during the conversion process. This makes it an ideal choice for renewable energy systems, such as solar and wind, by maximizing the amount of usable power delivered to connected devices. The inverter is capable of converting DC power into high-quality AC power, suitable for a wide range of appliances and electronics.

The TM500A is designed with versatility in mind. It supports various input voltage systems, allowing it to be used in a multitude of setups. This flexibility is further enhanced by its ability to operate in both grid-tied and off-grid configurations, opening up possibilities for diverse applications. Whether in a residential setting powering home appliances or in industrial applications supporting heavy machinery, the TM500A adapts to customer needs.

Another characteristic that sets the TM500A apart is its robust safety features. This inverter is equipped with multiple layers of protection, including overload, short circuit, and over-temperature safeguards. These safety measures ensure that both the device and the connected load are protected from potential damage, providing peace of mind to users.

The TM500A also boasts user-friendly interfaces, including LED indicators and diagnostic features that make monitoring performance straightforward. This ease of use is complemented by a compact and lightweight design, making installation and integration into existing systems straightforward.

Finally, Xantrex's commitment to quality is evident in the TM500A's construction, which utilizes durable materials suitable for demanding environments. Overall, the Xantrex TM500A stands as a reliable, efficient, and versatile power conversion solution that meets the evolving demands of users across various sectors. Its combination of advanced technology, safety, and user-centric design makes it a top choice for anyone needing dependable power solutions.
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