» Six 3.0V/600F supercapacitors
» 12/19/24 VDC Adaptive input/output.
» Maximum 150W load 2.7V@30°C lasting 60 sec
» The standard 60W load 2.7V@30°C lasting 160 sec
» -40°C to 60°C wide temperature environment
» 500,000 charge-discharge life cycles
» Long supercapacitor lifetime, up to 10 years
» Intuitive power management software for easier management
» Provide power-off shutdown service through software/hardware
Reliable Backup Power with IEI Supercapacitors:
Your Ideal Solution for Common Power Quality Challenges
10 Years Lifetime, 500,000
Lifecycles
Its service life is ten times longer than that of traditional lead-acid batteries. This longevity makes it a cost-effective choice, minimizing the need for regular maintenance and replacements.
6 x 600 Farads High Load
Support
Composed of six 600F/3.0V supercapacitors, capable of supporting a maximum load of 150W for up to 60 seconds of extended safe operation under 25°C
Flexible Mounting and Seamless Integration
Multiple mounting hole designs make installation easy and hassle-free. No need for a complicated installation process
Rapid Charge and
Discharge
Industries benefit from reduced downtime and increased productivity due to quick power backup during interruptions
Wide Temperature Operation
The supercapacitor power module is suitable for installation in particularly hot and cold environments without the need for air conditioning
Ensuring Safe Shutdown
Studies by the Electric Power Research Institute have shown that approximately 83% of power outages last less than 10 seconds. These outages often occur during summer thunderstorms when lightning strikes near electrical equipment, causing voltage fluctuations. Since the duration of these outages is short, there is usually no need for long-term storage solutions like batteries. Instead, using a supercapacitor power backup approach can offer a reliable and uninterrupted power supply to sensitive equipment, providing protection against downtime and potential damage.
The RHEA-I660A consists of six 600F supercapacitors. The backup power module can provide enough power for your system to operate for up to 60 seconds during a sudden power outage. This allows you to safely shut down your system or wait until the main power is restored.
Standard input and output interface
LCM Display Module for Real-Time Monitoring
RHEA-I660A's critical values can be easily monitored with an bright LCD module that enables on-site management, making it easy for users to keep an
eye on the condition of the backup module.
Display critical status updates
working voltage, overcurrent, overvoltage, etc.
Working mode
Two installation ways for automation
Plug-in
Cable connection
Flexible Mounting, Seamless Integration
Equipped with multiple mounting holes for easy installation; no complicated installation process is required.
Side Mount
Rear Mount
Remote Management with an Easy-to-Use Interface
Interactive GUI
The streamlined management interface meets user-friendly convenience with an interactive GUI that enables remote management and monitoring by effortlessly connecting to a management console through the USB port
Monitoring and Retrieval of
Essential Information
Monitoring and retrieving essential information about the supercapacitor backup module. This information includes the model, serial number, specifications, voltage, load power, working mode, current, and other easy-to-understand details
Power Safety and Reliability
The RHEA-I660A incorporates multiple protective features to ensure reliable performance. It includes overvoltage protection (OVP) to protect against voltage spikes, overload protection to prevent excessive current flow, and reverse protection to avoid damage from reverse polarity. These features make the RHEA-I660A highly safe for mission-critical applications.
- • Reverse protection
- • Overload protection
- • Overvoltage protection (OVP)
Technology Comparison between
Supercapacitors and Batteries
Supercapacitors and batteries offer distinct advantages and are suited for different applications. Supercapacitors excel in providing rapid power delivery and long cycle life, making them ideal for applications where efficiency and durability are essential. In contrast, batteries offer higher energy density, making them preferable for applications requiring extended energy storage. Both technologies have their roles in the evolving landscape of energy storage, contributing to a cleaner and more sustainable future.
Safe Operation
Supercapacitors can be completely discharged without the risk of overheating, fire, or explosion.
High-Efficiency
Supercapacitors are more efficient, particularly at full load conditions, achieving higher round-trip efficiency than lithium-ion batteries.
Green Product
Supercapacitors has longer lifespan that reduce replacements, thereby decreasing the overall environmental impact, and the absence of hazardous materials makes supercapacitors safer for environment than some batteries.
Applications
Machine Vision
The integration of UPS with machine vision systems offers a host of benefits, ranging from enhanced operational continuity to improved equipment longevity. RHEA-I660A can be installed into machines and play an important role to guarantee proper and safe shutdown of the PC to protect the data stored in HDD/ SSD.
Automated Inspection Systems for Vehicles
The integration of UPS safe shutdown technology into automated vehicle inspection systems is pivotal in ensuring not only the accuracy and efficiency of inspections but also the safety of personnel and the environment.. Install a RHEA-I660A and it can ensure the proper shutdown of the PC and protect the data stored in HDD/ SSD.
Semi-Conductor Inspection System
A PC installed in an industrial machine is one of the easily damaged electrical devices during an unforeseen power outage. Since semi-conductor manufacturing and inspection systems are expensive machineries, install a RHEA-I660A and it can ensure the proper shutdown of the PC and protect the data stored in HDD/ SSD.
Healthcare
Hospitals and healthcare facilities have a broad array of applications that require good power quality. Some are more critical than others and many require a UPS that is customized to meet the needs of the application. Our products are optimized to ensure this sensitive equipment is thoroughly protected.
I/O Interface
Block Diagram
Dimensions
Hardware Spec.
| Environment | |
|---|---|
| Operating Temperature | -40°C ~ 60°C |
| Storage Temperature | -40°C ~ 70°C |
| Input | |
| Voltage | 12V or 19V or 24V ±10% |
| Output | |
| Voltage | 12V or 19V or 24V ±10% |
| General | |
| Watt | 150W |
| Dimensions | 166 x 90.5 x 82.6 (mm) |
| Output Connector |
1 x LED display interface (2x10 Pin) 1 x DC in (2x2 Pin) 1 x DC out (2x2 Pin) 1 x relay (1x6 Pin) 1 x USB2.0 Type-A 1 x Debug (1x3 Pin) 1 x FW flash (2x7 Pin) 2 x Power btn (1x2 Pin) |
| Key Features | |
| Key Features |
|
Ordering Information
| RHEA-I660A-R10 | 150W DC/DC Supercapacitor backup board, 12/19/24V Input and Output, 6 x 600F@3V Supercapacitor, with L-shaped holder, Internal |
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Package Contents
| Package Content |
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