-
- Residential Energy Solutions
- Commercial & Industrial Energy Solutions
- Data Centers & IT Infrastructure
- Renewable Energy & Utilities
- EV Charging Infrastructure
- Healthcare & Critical Facilities
- Commercial Real Estate Solutions
- Manufacturing & Heavy Industry
- Virtual Power Stations (VPS)
- Microgrid Solutions
- Smart Energy Management Systems
Samlex Input: 12VDC Output: 120 VAC 1200 WattsComes with 60 Amp Charger – EVO-1212F
MPN Number:
EVO-1212F
SKU:
PES-PA-ELC-0428
Categories: Chargers & Controllers, Samlex
Tags: Charger, Inverter Accessories, SAMLEX
DESCRIPTION
DOCUMENTS
DESCRIPTION
Samlex EVO-1212F Pure Sine Wave Inverter with 60 Amp Charger
The Samlex EVO-1212F is a high-performance pure sine wave inverter, providing reliable output power of 1200 Watts for all your electrical needs. This product is designed to work seamlessly with both lead-acid and lithium batteries, ensuring a versatile application in various situations, including remote locations and backup power scenarios. With a programmable charging capability, an efficient cooling system, and rapid transfer time, this inverter enhances usability while protecting your devices and batteries.
Product Features
Pure Sine Wave Output
The Samlex EVO-1212F generates a pure sine wave output, which is essential for powering sensitive electronics. This ensures compatibility with a wide range of devices, delivering stable and clean power for optimal performance.
Programmable Charging Profiles
This inverter features multiple programmable charging profiles, allowing users to tailor the charging process to their specific battery needs. This personalization helps prolong battery life and improve performance, making the EVO-1212F an exceptional choice for different battery types.
High Surge Capacity
With a surge power capability of up to 3 times its continuous rating, the Samlex EVO-1212F can effectively handle high-starting loads. This feature is crucial for applications like appliances that require additional power at startup, ensuring reliable operation.
Efficient Cooling System
The built-in temperature-controlled cooling system utilizes two variable-speed fans, which operate only as needed, reducing noise and energy consumption. This contributes to the inverter€™s longevity and ensures consistent performance under varying load conditions.
Rapid Transfer Time
The inverter is designed with a swift transfer time of less than 1 ms when switching between inverter and grid power sources. This quick response guarantees uninterrupted power supply, which is vital for devices sensitive to power fluctuations.
How It Works
The Samlex EVO-1212F operates by converting DC battery power into AC power, delivering a reliable and efficient energy source for various applications. With advanced circuitry and protection mechanisms, the inverter maximizes performance while safeguarding connected devices.
Input Battery System
The input system allows for a wide range of battery voltages, accommodating both 12V DC input and offering efficient energy conversion. This versatility ensures that the inverter can adapt to different battery configurations seamlessly.
Internal Charger Mechanism
Equipped with an advanced internal charger, the EVO-1212F can support programmable bulk charging, absorption, and float stages, enhancing charging efficiency for both lead-acid and lithium batteries. This mechanism contributes to reduced charging times and improved battery health.
Transfer Relay Functionality
The integrated transfer relay facilitates smooth transitions between the inverter power and grid supply. This feature protects against interruptions, maintaining continuous power supply while optimizing battery usage.
Specifications
Model Number | EVO-1212F |
Output Waveform | Pure Sine Wave |
Input Voltage Range | 9.1 – 17 VDC |
Nominal AC Output Voltage | 120 VAC ± 5% |
Continuous Output Power | 1200 Watts (PF = 0.95) |
Surge Power | 300% for 1 msec |
AC Input Current | 20A |
Transfer Time | Inverter to Grid < 1 ms |
Operating Temperature | -20°C to +60°C |
Weight | 17.6 Kg / 38.8 lb |
DOCUMENTS