3 Phase 60kVA Cyber Power UPS
3相60kVA网络电源UPS
议价
加入意向| 型号。 | RM系列 |
| 类型 | 线上 |
| 应用 | 通讯 |
| 待机时间 | 标准机 |
| 输出容量 | 小型 |
| 牌 | 英威腾 |
| 输出电压 | 380v / 400/415或200v / 208v |
| 输出波 | 纯正弦波 |
| 正常效率 | 95% |
| 电池电压 | ±240vdcmn; 240VDCn;240VDC |
| EMI | iec62040-2 |
| 规范 | 10-200KVA |
| HS编码 | 8504402000 |
| 相 | 三阶段 |
| 保护 | 过压保护 |
| 分类 | 照明/动力 |
| 待机UPS | 正弦波输出UPS |
| 设备模式 | 分散 |
| 线对线电压 | 380VAC |
| 名称 | 网络电源UPS |
| 生态效益 | 98% |
| 技术 | IGBT |
| 波峰因子 | 3:1 |
| 商标 | 英威腾 |
| 起源 | 中国 |
3阶段60kva网络电源ups
系统特点
模块化设计，热插拔。
2.负载适应性强，适用于线性和非线性负载。
智能模块和系统保护设计。
4.令人难以置信的低噪音系统设计。
5.单独电源模块的双DSP控制器。
6.整机，逆变器，充电器，放电器等数字控制。
电源模块中应用IGBT模块而不是分立元件。
8.输入和输出连接的内置功率分配。
9.大型触摸屏液晶显示屏有大量信息。
10.电池独立充电器，智能电池管理系统。
数字并联技术，模块之间的极小圈电流。
完全正面接入，顶部和底部电缆连接。
13.每个单独的模块都配置有独立的控制器，避免单点故障的风险。
系统特点
模块化设计，热插拔。
2.负载适应性强，适用于线性和非线性负载。
智能模块和系统保护设计。
4.令人难以置信的低噪音系统设计。
5.单独电源模块的双DSP控制器。
6.整机，逆变器，充电器，放电器等数字控制。
电源模块中应用IGBT模块而不是分立元件。
8.输入和输出连接的内置功率分配。
9.大型触摸屏液晶显示屏有大量信息。
10.电池独立充电器，智能电池管理系统。
数字并联技术，模块之间的极小圈电流。
完全正面接入，顶部和底部电缆连接。
13.每个单独的模块都配置有独立的控制器，避免单点故障的风险。
| 容量 | 10-200KVA | |||||||||
| 主输入 | ||||||||||
| 输入电压 | 380V / 400V / 415V（线对线） | |||||||||
| 输入频率 | 50 / 60HZ | |||||||||
| 功率因数 | > 0.99 | |||||||||
| 输入谐波THD（总谐波失真） | < 3% | |||||||||
| 输入电压窗口 | -40%~+25% | |||||||||
| 频率窗口 | 40-70hz | |||||||||
| 电池 | ||||||||||
| 电池电压 | ±240vdc; 240VDC; 240VDC | |||||||||
| 充电器电源 | 20％*电源 | |||||||||
| 充电器电压精度 | 1% | |||||||||
| 旁路 | ||||||||||
| 旁路电压 | 380V / 400V / 415V，三相 | |||||||||
| 旁路电压窗口 | -20％ - + 15％，满载，可设定 | |||||||||
| 绕过过载能力 | 150％，长时间操作 | |||||||||
| 180％，10分钟后关机 | ||||||||||
| > 180％，200ms00ms后关闭 | ||||||||||
| 产量 | ||||||||||
| 输出电压 | 380V / 400V / 415V，三相 | |||||||||
| 电压精度 | ±0.5％（平衡负载），±1％（不平衡负载）不平衡负载）unbalance load) | |||||||||
| 电压THD（总谐波失真） | THD< 1%(linear load), THD< 3%(nonlinear load)r load) | |||||||||
| 功率因数 | 0.8 | |||||||||
| 相位容差 | 120°±0.5°（平衡和不平衡负载）d不平衡负载）d unalance load) | |||||||||
| 波峰因数 | 3: 1 | |||||||||
| 超载能力 | 110％，1小时后转移到旁路 | |||||||||
| 125％，10分钟后转移到旁路 | ||||||||||
| 150％，1分钟后转移到旁路 | ||||||||||
| > 150％，200ms后转移到旁路 | ||||||||||
| 系统 | ||||||||||
| 系统效率 | 正常模式：95％ | |||||||||
| ECO模式：99％ | ||||||||||
| 电池模式效率 | 95% | |||||||||
| 显示 | LCD + LED，触摸屏和键盘 | |||||||||
| IP类 | IP20 | |||||||||
| 接口（通讯端口） | RS232，RS485，干触点，SNMP卡，EPO，发生器接口 | |||||||||
| 安装/连接 | 顶部或底部电缆连接 | |||||||||
| 工作温度 | 0-40C | |||||||||
| 储存温度 | -25~70C | |||||||||
| 相对湿度 | 0-95％（不感冒） | |||||||||
| 噪音（dB） | < 55dB55dB | |||||||||
| 重量（KG） | 6模块柜 | 150公斤 | ||||||||
| 10模块柜 | 180公斤 | |||||||||
| 模 | 10kva：20kg | |||||||||
| 15kva：21kg | ||||||||||
| 20kva：22kg | ||||||||||
| 尺寸（W * D * H）（毫米） | 6模块柜 | 600*900*1600 | ||||||||
| 10模块柜 | 600*900*2000 | |||||||||
| 模 | 400 * 600 * 133（10KVA / 15KVA / 20KVA） | |||||||||
| Model NO. | RM Series |
| Type | On-line |
| Application | Communication |
| Standby Time | Standard Machine |
| Output Capacity | Small Type |
| Brand | Invt |
| Output Voltage | 380V/400/415 or 200V/208V |
| Output Wave | Pure Sine Wave |
| Normal Efficiency | 95% |
| Battery Voltage | ±240VDCmn;240VDCn;240VDC |
| EMI | IEC62040-2 |
| Specification | 10-200KVA |
| HS Code | 8504402000 |
| Phase | Three Phase |
| Protection | Overvoltage |
| Classification | Lighting/Power |
| Standby UPS | Sine Wave Output UPS |
| Equipment Mode | Decentralized |
| Line to Line Voltage | 380VAC |
| Name | Cyber Power UPS |
| Eco Efficiency | 98% |
| Tech | IGBT |
| Crest Factor | 3:1 |
| Trademark | INVT |
| Origin | China |
3 Phase 60kva cyber power ups
System characteristics
1. Modular design, hot swappable.
2. Strong load adaptability for linear and nonlinear load.
3. Intelligent module and system protection design.
4. Incredible low noise system design.
5. Double DSP controller for individual power module.
6. Digital control for the whole parts including rectifier, inverter, charger and discharger.
7. IGBT modules rather than discrete components are applied in the power module.
8. Inbuilt power distribution for input and output connection.
9. Large touch screen LCD with plenty of information.
10. Independent charger for batteries, intelligent battery management system.
11. Digital paralleling technology, very low circle current between modules.
12. Totally front access, top and bottom cable connection.
13. Each individual module is configured with independent controller, avoid single point failure risk.
System characteristics
1. Modular design, hot swappable.
2. Strong load adaptability for linear and nonlinear load.
3. Intelligent module and system protection design.
4. Incredible low noise system design.
5. Double DSP controller for individual power module.
6. Digital control for the whole parts including rectifier, inverter, charger and discharger.
7. IGBT modules rather than discrete components are applied in the power module.
8. Inbuilt power distribution for input and output connection.
9. Large touch screen LCD with plenty of information.
10. Independent charger for batteries, intelligent battery management system.
11. Digital paralleling technology, very low circle current between modules.
12. Totally front access, top and bottom cable connection.
13. Each individual module is configured with independent controller, avoid single point failure risk.
| Capacity | 10-200KVA | |||||||||
| Main Input | ||||||||||
| Input voltage | 380V/400V/415V(line to line) | |||||||||
| Input frequency | 50/60Hz | |||||||||
| Power factor | > 0.99 | |||||||||
| Input cuurent THD(Total Harmonic Distortion) | < 3% | |||||||||
| Input voltage window | -40%~+25% | |||||||||
| Frequency window | 40-70HZ | |||||||||
| Battery | ||||||||||
| Battery voltage | ± 240VDC; 240VDC; 240VDC | |||||||||
| Charger power | 20%*Power | |||||||||
| Charger voltage precision | 1% | |||||||||
| Bypass | ||||||||||
| Bypass voltage | 380V/400V/415V, three phase | |||||||||
| Bypass voltage window | -20%-+15%, full load, settable | |||||||||
| Bypass overload capabiltiy | 150%, long time operation | |||||||||
| 180%, shut down after 10 minutes | ||||||||||
| ﹥ 180%, shut down after 200ms00ms | ||||||||||
| Output | ||||||||||
| Output voltage | 380V/400V/415V, three phase | |||||||||
| Voltage precision | ± 0.5% (balance load), ± 1% (unbalance load)unbalance load)unbalance load) | |||||||||
| Voltage THD(Total Harmonic Distortion) | THD< 1%(linear load), THD< 3%(nonlinear load)r load) | |||||||||
| Power factor | 0.8 | |||||||||
| Phase tolerance | 120° ± 0.5° (balance and unalance load)d unalance load)d unalance load) | |||||||||
| Crest factor | 3: 1 | |||||||||
| Overload capabiltiy | 110%, transfer to bypass after 1hour | |||||||||
| 125%, transfer to bypass after 10 minutes | ||||||||||
| 150%, transfer to bypass after 1 minute | ||||||||||
| ﹥ 150%, transfer to bypass after 200ms00ms | ||||||||||
| System | ||||||||||
| System efficiency | Normal mode: 95% | |||||||||
| ECO mode: 99% | ||||||||||
| Battery mode efficiency | 95% | |||||||||
| Display | LCD+LED, Touch screen and keyboard | |||||||||
| IP class | IP20 | |||||||||
| Interface (Communication Ports ) | RS232, RS485, Dry contacts, SNMP card, EPO, Generator interface | |||||||||
| Installation/Connection | Top or bottom cable connection | |||||||||
| Operation temperature | 0-40C | |||||||||
| Storage temperature | -25~70C | |||||||||
| Relative humidity | 0-95% (non-comdensing) | |||||||||
| Noise(dB) | < 55dB55dB | |||||||||
| Weight(KG) | 6-module cabinet | 150KG | ||||||||
| 10-module cabinet | 180KG | |||||||||
| Module | 10KVA: 20KG | |||||||||
| 15KVA: 21KG | ||||||||||
| 20KVA: 22KG | ||||||||||
| Dimension(W*D*H)(mm) | 6-module cabinet | 600*900*1600 | ||||||||
| 10-module cabinet | 600*900*2000 | |||||||||
| Module | 400*600*133 (10KVA/15KVA/20KVA) | |||||||||
