HM1I-AUN-VV Eltek Valere, HM1I-AUN-VV Datasheet - Page 9

• Manufacturer Part Number: HM1I-AUN-VV
• Manufacturer: Eltek Valere

Specifications of HM1I-AUN-VV

• Lead Free Status / Rohs Status: Supplier Unconfirmed

Ordering Guide Mini 1U Power System ~ 2054136 R2, October 2008
System Parameters
Current Delay
Start Current
AC Fail Mode
AC Fail Duration
DC Drop Voltage
Battery Recharge
Current Limit*
Batt. Recharge I
Limit*
Current Limit*
Battery Discharge
Test
Duration
Alarm Voltage
Abort Voltage
Thermal Comp
Adjust
BDT Start Modes
The amount of time the start
current must be exceeded before
the test will start. (Minutes)
The value at which the current
autoboost test will start. (Amps)
Enables or disables the AC fail
based autoboost test. When
enabled the boost feature will
automatically start if an AC failure
lasted longer than the AC fail
duration
The length of time (H:M:S) the AC
failure must last to trigger the
autoboost feature
The voltage the batteries must
drop below during the AC failure to
trigger the autoboost feature
(Volts)
Enables or disables the battery
current limit feature.
The maximum current the system
will allow through the battery
shunt
Sets the length of time (H:M:S)
that the battery discharge test
will run.
Sets the voltage at which an alarm
will be generated if the battery
voltage falls below it during the
Battery Discharge Test.
The voltage at which the battery
discharge test will abort at when
the system voltage drop below
this point.
Enabling this value will take
thermal compensation effects into
account during the test. Disabling
this value will disable Thermal
Compensation effects during the
test. Both Thermal Compensation,
and T Comp BDT have to be
Enabled for thermal comp. effects
to take place during BDT.
Description
100 Amps
5 minutes
600 amps
10.5 Vdc
10.5 Vdc
Disabled
Disabled
Disabled
Nominal
0:15:00
1:00:00
12 Volt
10 Vdc
100 Amps
5 minutes
600 amps
Disabled
Disabled
Disabled
Nominal
0:15:00
1:00:00
24 Volt
22 Vdc
21.5 V
21.5V
5 minutes
100 Amps
600 amps
Disabled
Disabled
Disabled
Nominal
0:15:00
0:30:00
48 Volt
44 Vdc
42 V
42 V
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