SNR RDC-48-540-STD [8/15] Ix environmental testing requirements
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Battery management: No influence for backup battery management without monitoring module when rear
battery is 7AH or 12AH. When rear battery is between 17-30A, supervisory sends order to set battery
arrangement, at then charging battery current limiting is 3A.
3. Interface
There is a three-core AC input socket for power supply input which are integrated in the rear panel. There
are two DC output interfaces, one backup battery interface, monitoring interface RS232.
IX. Environmental Testing Requirements
Items Requirements Results
High temperature
operation
65℃,24Hrs .Tested firstly under high temperature of 65℃ &
normal atmosphere pressure for 16hrs; then for 4hurs under high
temperature low atmosphere pressure and 4hrs under high
temperature high atmosphere pressure and rapidly switch on/off less
than 5 times.
Power module works
normally, power
on/down normally.
Low temperature
operation
-25℃,24Hrs. Tested firstly under low temperature of -25℃ &
normal atmosphere pressure for 16hrs; then for 4hurs under low
temperature & low atmosphere pressure and 4hrs under low
temperature & high atmosphere pressure and rapidly switch on/off
less than 5 times.
Power module works
normally, power
on/down normally.
High Temperature
Storage
Stored under 70℃ for 24hrs, and recover for 2hrs under
room temperature
Power module works
normally
Los temperature
Storage
Stored under -40 ℃ for 24hrs, and recover for 2hrs under
room temperature
Power module works
normally
High/low
temperature
variation
-25-65 ℃,5 ℃/min, under limit temperature for each 2hrs and
vary temperature for 2 circles
Power module works
normally
Random vibration: sample can endure 5-500Hz random vibration at 3
axis for 20 minutes each, acceleration spectral density of 5-10Hz is
13 m
2
/s
3
,10-200Hz is 3m
2
/s
3
,200-500Hz is 1m
2
/s
3
.
Power module works
normally after test.
Vibration
Operation vibration: 3 axis for 90 minutes each under frequency
range of 5-100-5Hz with acceleration of 0.1g and scan frequency of
0.1oct/min.
Power module works
normally during testing.
Shock
Shock wave shape: Half sine wave at 3 axis for ±3 times each with
peak value acceleration of 300m/S
2
& pulse width of 9mS.
Corporation standard of
Q/DKBA1124-2002
Drop On 6 sides for one time each at the height of 100cm.
No effect on electric
performance of module.
Dust-proof Dust-proof function is needed.
X. Mechanical Characteristics
1. Outline dimensions
L×W×H = 482.6×262(With handle)×43.4 (Unit:mm)
Содержание
- Contents 1
- I general 2
- Ii main specifications 2
- Iii quoted standards 2
- Iv environmental conditions 3
- Input characteristics 4
- Output characteristics 4
- V electrical characteristics 4
- Battery management characteristics 5
- Vi other requirements 6
- Vii safety emc 6
- Viii alert monitor interface 7
- Ix environmental testing requirements 8
- X mechanical characteristics 8
- Input port definition 10
- Output port definition 10
- 2 monitoring interface 12
- A1 a10 54v is the positive terminal of the 54v dc input 12
- A11 empty 12
- B1 b7 b11 empty 12
- B2 b6 54v is the positive terminal of the 54v dc input 12
- C1 state1 is the collector input of opt on for the rectification module 1 high resistant when the module 12
- C2 c6 empty 12
- C7 c11 gnd is the negative terminal of the dc 54v input 12
- D1 acstate is the emitter input of the warning opt for ac power shut down it should be high 12
- D10 d11 gnd is the negative terminal of 54v dc input 12
- D2 d3 empty 12
- D4 clonx is the ttl electric level output for battery current limitation value control high electric level 12
- D5 vdd is the 5v voltage output 12
- D6 batfuse is the ttl electric level input for battery fuse burn warning high electric level for warning 12
- D7 empty 12
- D8 load1fuse is the 23v input for no 1 circuit load fuse burn warning 23v for warning status and low 12
- D9 load2fuse is the 23v input for no 2 circuit load fuse burn warning 23v for warning status and low 12
- E1 clistate2 is the collector input of overload opt for rectification module 2 high resistance for 12
- E2 alm1 is the collector input of output warning opt of rectification module 1 high resistance for 12
- E3 clistate1 is the collector input of overload opt for rectification module 1 high resistance for 12
- E4 state2 is the collector input of opt on for the rectification module 2 high resistant when the module 12
- Electric level for normal operation 12
- Is disconnected while low electric level when connected 12
- Overload status and low electric level for normal operation 12
- Page 12 of 15 12
- Resistance in warning status and should be high electric level in normal operation 12
- Status and low electric level for normal operation 12
- Warning status and low electric level for normal operation 12
- Would change it default value while low electric level keep it remain the same 12
- Xi package transportation and storage 14
- Xii reliability requirements 15
- Xiii attentions 15
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