Chieftec MRT-6320P [12/18] Installation testing
![Chieftec MRW-6420P [12/18] Installation testing](/views2/1713291/page12/bgc.png)
1.8 INSTALLATION & TESTING
Turn off (Remote off) the on/off switch. Mount the power supply in the system
chassis using the proper mounting hardware, the mounting holes in the power
supply should match with those in the case. Attach the connectors to the M/B by
following the M/B instructions, there are various connectors / pin-outs of both
power supply and M/B. They should match each other;
otherwise the
connection will cause undetectable harms.
Attach all the remaining power supply connections to the various peripherals as
needed. These connectors are “keyed”, so there will be only one possible way to
connect them.
Before applying power to the system, make sure there are no loose or incorrect
connections. You do not need to worry about the setting of AC Input voltage
because of the units’ full range features.
Double check that all pin-outs & connections to the M/B are matched properly.
Maybe you would like to test the redundancy function before you put back the
cover of your system chassis. Turn on (Remote on) the on/off switch, you will
notice if the power unit operates properly, individual LEDs and external
warning LED (please refer to Sec. 1.11 for detail explanation) are lit Green.
Then, when you remove one of the power modules, the warning buzzer in the
power system will sound and the external warning LED which displays the
status of the total power supply system will change color to be Red.
11
Содержание
- Mrt mrw series 1
- Products manual 1
- Ps 2 size mini redundant power supply 1
- Introduction 3
- Model designation 4
- Packing 4
- Features 5
- Ac inlet in each module single ac inlet optional 10
- Balance load sharing design 10
- C storage 2 10
- Cooling two 40 mm dc fans module 10
- Dielectric withstand input output 1500 vac for 1 minute 10
- Dimension 86 h x 150 w x 185 d mm 10
- Efficiency 63 typical at full load 10
- Emi noise filter fcc class b cispr22 class b 10
- Faulty alarm methods led buzzer ttl signal 10
- Frequency 47 63 hz 10
- Hold up time 16 ms minimum at full load 90 vac input voltage 10
- Hot swappable hot pluggable redundancy function 10
- Input characteristics mrt 6300 6320p 10
- Input current 6 3 a for 115 230 vac 10
- Input to frame ground 1500 vac for 1 minute input to frame ground 1500 vac for 1 minute 10
- Inrush current 60a 80a max for 115 230 vac per power module 10
- Isolation built in in the power module 10
- Meet iec 1000 3 2 class d active pfc 10
- Output characteristics 10
- Over current protection 5v 12v 3 v 130 20 at full load 5v 12v short circuit 10
- Over load protection 110 160 max over voltage protection 5v 5 v 6 v 3 v 3 4 v 12v 13 14 v 10
- Power good signal on delay 100 ms to 500 ms off delay 1 ms 10
- Remarks total current of 5v and 3 v not exceed 35 a 10
- Remote on off control 10
- Remote sensing design 10
- Revision a03 10
- Safety ul 1950 csa 22 no 950 tüv iec 950 10
- Temperature range operating 10
- Total 5v and 3 v and 12v power not exceed 282 302 w 10
- Voltage 90 264 vac full range 10
- Ac inlet in each module 11
- Balance load sharing design 11
- C storage 2 11
- Cooling two 40 mm dc fans module 11
- Dielectric withstand input output 1500 vac for 1 minute 11
- Dimension 86 h x 150 w x 185 d mm 11
- Efficiency 63 typical at full load 11
- Emi noise filter fcc class b cispr22 class b 11
- Faulty alarm methods led buzzer ttl signal 11
- Frequency 47 63 hz 11
- Hold up time 16 ms minimum at full load 90 vac input voltage 11
- Hot swappable hot pluggable redundancy function 11
- Input characteristics mrw 6350p 6400p 6420p 11
- Input current 8 4 a for 115 230 vac 11
- Input to frame ground 1500 vac for 1 minute input to frame ground 1500 vac for 1 minute 11
- Inrush current 60a 80a max for 115 230 vac per power module 11
- Isolation built in in the power module 11
- Meet iec 1000 3 2 class d active pfc 11
- Output characteristics 11
- Over current protection 5v 12v 3 v 130 20 at full load 5v 12v short circuit 11
- Over load protection 110 160 max over voltage protection 5v 5 v 6 v 3 v 3 4 v 12v 13 14 v 11
- Power good signal on delay 100 ms to 500 ms off delay 1 ms 11
- Remarks neither 5v 3 v nor 3 v 12v should exceed 40 48 48 a 11
- Remote on off control 11
- Remote sensing design 11
- Revision a03 11
- Safety ul 1950 csa 22 no 950 tüv iec 950 11
- Temperature range operating 11
- Total maximum output of 5v 3 v and 12v 330w 378w 398w 11
- Voltage 90 264 vac full range 11
- Installation testing 12
- Hot swap procedures 14
- Pinouts and function of the connectors 16
- The buzzer reset switch connector 16
- The led connector of power 1 16
- The led connector of power 2 16
- The led connector of total power system 16
- The signal connector of power reset 16
- Trouble shooting 17
- Canada office 18
- Headquarters 18
- Note the description stated herein is subject to change without prior notice 18
- Power division 18
- The reliability solution to e application 18
- Usa office 18
- Zippy technology corp 18
- 新巨企業股份有限公司 18
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