1. System Introduction
EBOPS is suitable for elevator control, lighting, Cooling System when facing utility power outages. With high industrial standard, it shows strong reliability and availability.
2. System Features
2.1 High Performance Index
◆ MCU digital control HF design
◆ Output Modified sinewave
◆ Input Voltage 220/230/240 Vac
◆ High DC-AC conversion rate
◆ Easy Installation
◆ High Overload, Overheat, Short-circuit protection
◆ Intelligent charging control. Adjustable charging current between 2-20A for big batteries
◆ LCD Display + LED Indicators
◆ Auto restart and recovery function
◆ Offline Charging Function
◆ DC Start available. Capable to connect generators
3. Application Type
EBOPS is capable for elevator emergency use. Loads for elevator control, lighting, cooling systems. Also it has high capability to inductive loads.
| Specification | ||
| 1 | Model | SP-EB-150-LCD |
| 2 | Overall Eficiency | >95% |
| 3 | Working Temperature | 0~40℃ |
| 4 | Storage Temp | -25~60℃ (without battery) |
| 5 | Humidity | <95% Non-Condensing |
| 6 | Protection | Overload, Short-Circuit, Over-temp, Utility Power Voltage High/Low, Battery Voltage High/Low |
| 7 | Display | LCD /LED, AC Mode with Green Light,BAT Mode with Yellow Light |
| Input | ||
| 1 | Rated Voltage | 220/230/240Vac |
| 2 | Input Voltage Range | 162-290Vac , 90~290Vac |
| 3 | Frequency | 50Hz |
| Output | ||
| 1 | Single Phase Output Voltage | 220Vac( battery mode),220Vac±10% (ac mode) |
| 2 | Output Freq.(Online Mode) | 50Hz±1Hz |
| 3 | Output Wave Fomr | Modified Sine Wave(battery mode) |
| 4 | Transfer Time | > 12ms |
| 5 | Inverter Efficiency | >80% |
| Battery | ||
| 1 | Rated Volts | 12V/dc |
| 2 | Charging Voltage | 13.7Vdc |
| 3 | Charging Current | 8A adjustable |
| Alarm | ||
| 1 | Alarm | Low voltage(battery mode),beeps once every 2 seconds;Overload beeps twice every 1second;faults continuous beeping |
| Physical Parameter | ||
| 1 | Size mm(W×H×D) | 310x275x130 |
| 2 | Net Weight Kg | 3.5 |
US 16160 
GB 13140 
CA 10596 
AU 7724 
IE 5139 
BR 2346 
NZ 1965 
SG 669 
