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TP-SCPOE-2448-HP
24V 8A PWM Solar Battery Charger w/ 48V 30W Passive PoE Out and 24V 1.5A Aux Out
User Guide
$109.95
66 in stock (can be backordered)
- Ships in 1-2 days
- No Risk Guarantee
- 2-3 Year Warranty
Features
- Solar Charge Controller
- Dual Input – Charges 24V Batteries from Solar Panel and / or Passive PoE
- Supports up to 60W Total Device Load
- Regulated 48VDC 30W Passive PoE output
- Regulated 24VDC Secondary Output Voltage
- Compact and high temperature operation
- Low self consumption < 0.5W
Applications
- Remote Power Systems; Surveillance, Sensors
- Wireless Stations ; AP / Client / Repeaters
- UPS Systems ; Lighting, Fences, Gates
Description
The TP-SCPOE-2448-HP PoE/Solar charge controller from Tycon Systems provides reliable and uninterrupted power for critical applications. It features dual inputs that charge batteries from a Power over Ethernet (PoE) source and a secondary source like solar panels. This dual input design ensures redundancy and maximizes uptime, guaranteeing 100% availability for your essential equipment.
Intelligent Power Management
Solar Panel Input Priority: When the sun shines, the system primarily uses solar energy, reducing grid power usage. The built-in PoE inserter delivers a regulated voltage output, ensuring consistent power delivery to your devices.
Comprehensive Electronic Protections
Advanced Electronic Safeguards: The TP-SCPOE-2448-HP offers full electronic protections, including short circuit, reverse current, overvoltage, overcharge, and over-discharge protection. These safeguards protect your equipment and batteries, ensuring long-term reliability and safe operation.
User-Friendly Indicators and Connections
LED Indicators for Quick Status Check: Five LED indicators provide a quick visual status of the system. They show whether current is supplied by a PoE source or solar panel, if the battery is charging, if the load output is on, and if there is a warning for reverse polarity connection of the battery.
Versatile Connection Options: Solar and battery connections use five screw terminals supporting up to 10AWG wire. PoE input and output use two RJ45 shielded connectors. Additionally, a secondary output connector on the back, with five screw terminals, allows for connecting other electronics to the controller using up to 10AWG wire. This flexibility supports easy and secure connections.
Regulated Outputs and Fuse Protection
Regulated Voltage Outputs: The 48VDC passive PoE output and 24VDC secondary output are regulated to prevent overvoltage damage to devices. This regulation ensures your equipment receives a stable and safe power supply.
External Fuse Protection: The controllers have an external fuse with a standard replaceable fuse, providing an extra layer of protection and ease of maintenance.
Reliable Power Delivery
60W Total Power Output: The TP-SCPOE-2448-HP can provide up to 60W total power, making it suitable for various types of equipment. This robust power delivery ensures your critical systems remain operational and reliable.
Summary
In summary, the TP-SCPOE-2448-HP PoE/Solar charge controller from Tycon Systems is an innovative and reliable solution for maintaining uninterrupted power for critical applications. With its dual input design, advanced electronic protections, user-friendly indicators, versatile connection options, regulated outputs, and external fuse protection, this charge controller delivers dependable performance and peace of mind. Explore the full range of Tycon Systems products to find the perfect fit for your power management needs. Experience the superior functionality and reliability that the TP-SCPOE-2448-HP brings to your critical systems.
Technical Information
| Ship Weight | 1.1 lbs |
|---|---|
| Ship Dimensions | 11 × 7 × 2 in |
FAQs
Frequently Asked Questions
What differences can I expect when switching my batteries to LiFePO4?
LIT is a battery settings mode. When switching to LIT, the S parameters should be the same as the previous default settings.
When battery voltage falls below 10V the battery BMS disconnects the battery discharge. As soon as there is PV voltage the battery BMS connects the charge and discharge. We recommend the customer set the LOAD Output turnoff at 11V so tha load disconnects before the battery BMS disconnects the discharge.
We recommend that you just leave the parameters set to AGM Lead Acid. This is how the Lithium battery BMS is designed. The AGM Lead Acid settings in the charge controller are compatible with the battery BMS.
You won’t see voltage spikes when connected to the battery (BMS), even if the battery BMS disconnects the discharge. No firmware updates are available or needed to switch from AGM lead acid to lithium.
Procedure for toggling the LOAD in the Firmware?
Having physical access to the TPDIN-WEB3 Monitor and log into it.
Select the MPPT tab
What you need to do now is to make sure the enable Load Toggle is selected
At this point you will toggle the load to off then back to On then uncheck the Enable Toggle Load box.
This makes changes to the firmware in the charge controller so now power down your controller – disconnect solar charging then disconnect the batteries by removing the fuse
Wait 1 minute then reconnect the batteries and verify everything comes back on including your load. If everything is back on then reconnect your solar.
My WEB3 is connected to the MPPT solar controller with an RS485 serial cable but the current readings are all zero on the MPPT display and in the WEB3 MPPT page
The ground between the V- load output on the MPPT solar controller and the TPDIN-Monitor-WEB3 V- needs to be isolated for the MPPT controller to sense the currents properly.
A TP-DCDC-1224 DCDC converter can be used to isolate the power and solve this issue.
I have a Tycon MPPT solar charge controller. My batteries are wired for 24V, but they are so low the controller thinks they are 12V batteries and won’t charge them
The MPPT charge controllers by default are set for 12V/24V auto detect. Using the keys on the front of the unit go into the settings and set for 24V battery instead of 12/24 auto detect. Save the setting. Power down the unit by disconnecting the solar and then battery. Power up the unit. It should power up in 24V battery mode. Re-connect the solar input.
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