IS200ISBBG2AAB,IS200DSPXH1DBD处理器卡件,模块卡件
• 电源模块有过热警告。报警触点规格本表列出了所有型号电源模块的报警触点规格。警告不要在危险位置使用报警触点。表3电源模块的报警触点特性规格隔离1000 VAC或1500 VDC，输入输出电压范围140 VAC/VDC最大开关功率，电阻1 1。切换无功负载时，将触点的开关功率降到最大值的25%，即交流应用为31.25伏，直流应用为15瓦。当切换白炽灯时，涌入电流可以是灯的额定额定负载电流的10-15倍。有关涌入幅度和持续时间的详细规范，请联系灯具制造商。在计算所需的触点开关功率时，必须使用涌入电流。125 VAC，60 W最大电流负载2安培最大触点循环率<20次/分钟最大额定负载下的预期寿命>10000次36第2章Tricon v9–v10系统120伏电源模块规格系统组件规划和安装指南本表列出了8310型120 VAC/VDC电源模块的规格。表4 8310电源模块规格特性描述隔离1000 VAC或1500 VDC，输入到输出建议输入电压范围120 VAC/VDC（-15%至+10%）扩展输入电压范围85–140 VAC，95–180 VDC低压线路开/关滞后15 VAC/VDC每个电源所需的最小输入功率240 W（2.75安培）输入频率47–63 Hz功率因数0.70典型波峰因数2.5典型输入电流稳态0.75安培，典型；2.75安培，最大浪涌电流（1/2 AC周期），最大18安培@120 VAC/DC输入保险丝额定值和5安培类型，延时输出电压6.5 VDC，±1%输出电流，140°F（60°C）环境温度下最小27安培，这是在底盘底部测得的空气温度。环境温度为140°F（60°C）时输出功率为175瓦。0伏输入时输出保持时间为20毫秒，最小值为80毫秒。典型值为输出过压保护115%，再循环功率为重启输出过流限值135%，典型值为，当内部电源模块温度高于181°F（83°C）时，自动重启超温警告传感器温度监测器跳闸。通常，这发生在140°F（60°C）或更高的环境温度下。电源模块37 Tricon v9–v10系统24伏电源模块规格规划和安装指南本表列出了8311型（24 VDC电源模块）的规格。表5 8311电源模块规格功能描述隔离1000 VAC或1500 VDC，输入到输出建议输入电压范围24 VDC，-15%至+20%（防止反向连接）扩展输入电压范围1 1。在正常操作期间，应将输入功率保持在建议的输入电压范围内。建议仅在短时间内在扩展电压范围内操作。小心将冗余电源的开/关切换引起的输入瞬态降至最低。当负载增加到Tricon控制器电源模块要求的100%时，不要让电源下降到最小输入电压（19.2 VDC）以下，或当负载降低到Tricon控制电源模块要求40%到60%时，不要使电源上升到最大电压（36 VDC）以上。例如，假设输入接线的电压损失最小，电源为24V±5%，电源的瞬态响应不应超过这些限制。19.2至36 VDC低压线路开/关滞后1.5 VDC最小输入功率每个电源所需最小240 W输入过压钳位40 VDC输入电流典型稳态5安培，最大10安培浪涌23安培@24 VDC（10 ms）输入保险丝额定值和类型15安培，延时输出电压6.5 VDC，±1%输出电流140°F（60°C）环境下最大27安培，这是在底盘底部测得的空气温度。在140°F（60°C）环境温度下输出功率175瓦。输出过压保护115%，典型情况下，再循环功率以重新启动输出过流限制110%，典型情况，自动重新启动输出保持时间@0伏输入最小2.0毫秒；当内部电源模块温度高于181°F（83°C）时，典型的5.6毫秒超温警告传感器温度监测器跳闸。通常，这发生在140°F（60°C）或更高的环境温度下。典型输入电流变化最大输入电压偏差+6A/ms–3.6伏-6A/ms 10.8伏38第2章Tricon v9–v10系统230伏电源模块规格的系统组件规划和安装指南本表列出了8312型（230伏交流电源模块）的规格。表6 8312电源模块规格特性描述隔离1000 VAC或1500 VDC，输入到输出标称输入电压230 VAC（-15%至+10%）扩展输入电压范围185至285 VA
• A Power Module has an Over Temperature warning. Alarm Contacts Specifications This table lists the alarm contacts specifications for all models of Power Modules. WARNING Do not use alarm contacts in hazardous locations. Table 3 Alarm Contacts for Power Modules Feature Specification Isolation 1000 VAC or 1500 VDC, Input to Output Voltage range 140 VAC/VDC maximum Switching power, resistive1 1. When switching reactive loads, de-rate the switching power of the contacts to 25% of maximum—that is, 31.25 volts for AC applications, 15 watts for DC. When switching incandescent lamps, the inrush current can be 10-15 times the rated nominal load current of the lamp. Contact the lamp manufacturer for detailed specifications regarding inrush amplitude and duration. The inrush current must be used when calculating the required contact switching power. 125 VAC, 60 W maximum Current load 2 amp maximum Maximum cycle rate of contacts < 20 cycles per minute Expected life at maximum rated load > 10,000 cycles 36 Chapter 2 System Components Planning and Installation Guide for Tricon v9–v10 Systems 120 Volt Power Module Specifications This table lists the specifications for model 8310, which is a 120 VAC/VDC Power Module. Table 4 8310 Power Module Specifications Feature Description Isolation 1000 VAC or 1500 VDC, Input to Output Recommended input voltage range 120 VAC/VDC (-15% to +10%) Extended input voltage range 85–140 VAC, 95–180 VDC Low line on/off hysteresis 15 VAC/VDC Input power required 240 W (2.75 amps) minimum per power source Input frequency 47–63 Hz Power factor 0.70 typical Crest factor 2.5 typical Input current Steady-state 0.75 amps, typical; 2.75 amps, maximum In-rush (1/2 AC cycle) 18 amps maximum @ 120 VAC/DC Input fuse rating and type 5 amps, time-delay Output voltage 6.5 VDC, ±1% Output current 27 amps minimum at 140° F (60° C) ambient, which is the air temperature measured at the bottom of the chassis Output power 175 watts at 140° F (60° C) ambient Output hold time @ 0 volts input 20 ms minimum 80 ms typical Output over-voltage protection 115% typical, recycle power to restart Output over-current limit 135%, typical, auto restart Over-temperature warning sensor Temperature monitor trips when the internal power module temperature is greater than 181° F (83° C). Typically, this occurs at an ambient temperature of 140° F (60° C) or higher. Power Modules 37 Planning and Installation Guide for Tricon v9–v10 Systems 24 Volt Power Module Specifications This table lists the specifications for model 8311, which is a 24 VDC Power Module. Table 5 8311 Power Module Specifications Feature Description Isolation 1000 VAC or 1500 VDC, Input to Output Recommended input voltage range 24 VDC, –15% to +20% (protected against reverse connection) Extended input voltage range1 1. During normal operation, you should keep the input power within the recommended input voltage range. Operation in the extended voltage range is advisable only for short periods of time. Be careful to minimize input transients which are caused by the off/on switching of the redundant power source. Do not allow the power source to drop below the minimum input voltage (19.2 VDC) when its load increases to 100% of the Tricon controller power module requirements, or rise above the maximum voltage (36 VDC) when the load decreases to 40 to 60% of the Tricon controller power module requirements. For example, assuming minimal voltage losses to the input wiring and a power source of 24V ±5%, the transient response to the power source should not exceed these limits. 19.2 to 36 VDC Low line on/off hysteresis 1.5 VDC minimum Input power required 240 W minimum per power source Input over-voltage clamp 40 VDC Input current Steady-state 5 amps typical, 10 amps maximum In-rush 23 amps maximum @ 24 VDC (10 ms) Input fuse rating and type 15 amps, time-delay Output voltage 6.5 VDC, ±1% Output current 27 amps maximum at 140° F (60° C) ambient, which is the air temperature measured at the bottom of the chassis Output power 175 watts at 140° F (60° C) ambient Output over-voltage protection 115%, typical, recycle power to restart Output over-current limit 110%, typical, auto restart Output hold time @ 0 volts input 2.0 milliseconds minimum; 5.6 milliseconds typical Over-temperature warning sensor Temperature monitor trips when the internal power module temperature is greater than 181° F (83° C). Typically, this occurs at an ambient temperature of 140° F (60° C) or higher. Typical Input Current Change Maximum Input Voltage Deviation +6A/ms –3.6 volts -6A/ms 10.8 volts 38 Chapter 2 System Components Planning and Installation Guide for Tricon v9–v10 Systems 230 Volt Power Module Specifications This table lists the specifications for model 8312, which is a 230 VAC Power Module. Table 6 8312 Power Module Specifications Feature Description Isolation 1000 VAC or 1500 VDC, Input to Output Nominal input voltage 230 VAC (–15% to +10%) Extended input voltage range 185 to 285 VAC Low line on/off hysteresis 15 VAC Input power required 240 W minimum per power source Input frequency 47 to 63 Hz Power factor
