Manhattan 168205 Bedienungsanleitung

MAN-168205-UM-0606-08

line interactive

rackmount

uninterruptible

power supply

user manual

MODEL 168205

Thank you for purchasing the MANHATTAN®Line Interactive Rackmount Uninterruptible Power Supply,

Model 168205. This pure sine wave uninterruptible power supply (UPS) protects your computer hardware

from physical damage and will provide emergency battery backup power to prevent data loss in the

event of power problems. The main features include:

• Advanced protection against power outages, sags, surges and line noise

• RISC-based microprocessor maintains proper charge, provides consistent power output and helps

extend battery life

• Built-in expansion slot for MANHATTAN SNMP Module 168236

• Automatic voltage regulation (AVR), cold start capability and diagnostics

• 1120 Joules telephone/fax and network surge protection

• Circuit breaker protection offers quick recovery from overload and short circuit events

• LED and audible alert system and power management software help monitor critical functions

• $100,000 connected equipment guarantee (US and Canada only)

• Lifetime Warranty, UPS; Three-year Warranty, battery

Package contents:

• Line Interactive Rackmount UPS Model 168205 (2000 VA / 1400 W).

• Power Management Software CD (Windows 98/SE/Me/2000/XP compatible).

• Cables (120 V): USB/RJ-45, 6 ft. (1.8 m); RJ-11, 6 ft. (1.8 m); power cord with L5-30P locking plug, 6 ft. (1.8 m)

• Cables (220 V): USB/RJ-45, 6 ft. (1.8 m); RJ-11, 6 ft. (1.8 m); Schuko/C13, 6 ft. (1.8 m); C13/C14, 6 ft. (1.8 m)

• Power cable, 6 ft. (1.8 m)

• Mounting Brackets

• User Manual

safety instructions

Upon receipt of your MANHATTAN Line Interactive Rackmount UPS, ﬁrst remove and inspect the product

for damage. If any damage is found, notify your dealer. Keep the carton and the packing foam in the

event the product must be returned to the factory for service (damage sustained in transit when shipped

from the user are not covered under warranty).

• Place the device indoors in an area that has adequate airow and is free from excessive dust. Do not

allow the UPS to be exposed to moisture, rain, excessive heat or direct sunlight.

• Use of this product in life-support applications — where failure of this device can reasonably be

expected to cause failure of life-support equipment or to signicantly affect its safety or effectiveness —

is not recommended.

• Always disconnect the input power cord from the wall outlet before replacing the battery.

• Do not dispose of the battery in a ﬁre, as the battery may explode.

• Do not open or mutilate the battery, as it contains a toxic electrolyte harmful to both the skin and eyes.

• Proper disposal of the battery is required. Refer to your local laws/regulations regarding battery disposal.

• To avoid personal injury, use tools with insulated handles to replace the battery. Due to energy hazards,

remove wrist watches and jewelry such as rings when replacing battery.

operation & installation

This Rackmount UPS can protect your equipment from surges, spikes, blackouts, brownouts and line noise.

When AC power is present and the UPS is on, it continues to charge the battery and provide the power to

the equipment directly from the AC line. The battery can provide stable power to complete your work, save

your data and safely shut down your system when the utility power has failed.

The UPS is simple to operate and install. Following are the steps to connect equipment to the UPS.

Conditions

Do not operate the UPS in an environment where the ambient temperature is outside the limits given in the

Speciﬁcations section of this manual.

Connection to the Utility Power

Plug the UPS into an electrical outlet. Do not plug it into an outlet that already uses a heavy electric load

(e.g., an air conditioner, refrigerator or laser printer). Check the product specication in this manual for

temperature conditions.

120 V AC Version

The 120 V AC version of the Rackmount UPS is furnished with a six-foot line cord terminated with a standard

NEMA 5-15P three-pronged plug. The UPS must be plugged into a two-pole, three-wire grounding receptacle.

If an extension cord must be used, use a three-wire grounding type rated at least 20 Amps. Plug the UPS into a

two-pole, three-wire grounded receptacle only. Avoid using extension cords and adapter plugs.

220 V AC Version

The 220 V AC version is furnished with one output power cord for connection to computer equipment having

IEC 320 male appliance couplers at their input. In most cases this will not be a problem, as the input cord

that currently powers your computer equipment may be swapped with the supplied output cord. Hence, the

swapped output line cord can be used instead as the input line cord for the UPS.

Initial Battery Charging

The UPS is shipped from the factory with its internal battery fully charged. However, the battery may lose some

charge during shipping and storage. The battery should be recharged before conducting the following test for

proper operation and to ensure the UPS will provide expected run time. The UPS automatically charges the

battery whenever the UPS is plugged in (the On/Off/Test switch doesn’t have to be turned on). The battery will

fully recharge when the UPS is left plugged in for at least eight hours. (Also see Battery Connection, P. 11.)

Connecting Your Equipment to the UPS

To ensure that your computer equipment will be protected during a utility failure and that you receive expected

run time, it is important that the total power needs of the equipment not exceed the capacity of the UPS. (See

the Overload Instruction chart below: Total power for Model 168205 should be no more than 1320 watts.)

Once you have determined that your equipment and the UPS are compatible, plug your equipment into the

rear panel output receptacles of the UPS.

Overload percentage

(%) On AC mode UPS Status

110% Alarm sounds continuously but the UPS won’t shut down due to this overload condition.

125% UPS shuts down and alarm will remain on for 10 sec.

Output short Circuit breaker trip.

Overload percentage

(%) On DC mode UPS Status

110% UPS will shut down after 10 sec. continuous beeping.

120% UPS shuts down at once.

Test for Proper Operation

Push the On/Off/Test button to turn on your computer equipment. The yellow indicator at the front panel

should be illuminated and your equipment should operate normally.

To test the operation of the Rackmount UPS, simply unplug its input cord to simulate a utility blackout. During

this time, the UPS will emit one beep once every 10 seconds and the yellow LED remains lit to remind you that

your equipment is operating from a source of power that is limited in duration. Restore power to the UPS by

plugging in the line cord. Repeat this test four or ﬁve times to ensure proper operation.

Another way to test the operation of the UPS is to simply press and hold the On/Off/Test button for four

seconds (four alarm beeps), and then release it to run a 10-second self-test routine. The UPS will transfer

your equipment to power derived from its internal battery and run a self-test.

controls & indicators

1. On/Off/Test Button: The On/Off/Test button controls power to the UPS and its output receptacles.

Press and hold the button for one second (the alarm will sound one short beep) to turn the unit on or off.

Press and hold the button for four beeps when utility power is normal and the UPS will simulate a utility

outage and perform a self-test, a convenient way to test the UPS battery.

During an actual utility power outage, the UPS will emit one beep once every 10 seconds.

2. Mute Switch: Press and hold this button for one second and the UPS will turn off the alarm after a short

beep. Press and hold this button for another second and the alarm function is restored after a short beep.

3. On-line/Booster and Buck LED: When the unit is in the AC normal mode, this green LED indicator will

be constantly on. It will be off

when the unit is off. When the

automatic voltage regulator (AVR)

is operating, this LED will blink.

4. On-battery LED: In On-battery

operation, this LED will be

constantly on and the UPS will

sound once every 10 seconds till

the unit reaches its low-battery warning level or the unit returns to AC normal.

5. Overload LED: When the unit senses an over-current condition in the output, this yellow LED will stay

on and the alarm will sound continuously to indicate an overload. See the Troubleshooting section to

recover the UPS from an overload situation.

6. Weak Battery/Internal Fault LED: When the battery goes bad or becomes weak or disconnected, this

red LED will light, indicating the battery must be replaced. The alarm will beep three times at one-minute

intervals if the battery is bad or disconnected, and will beep once a second if the battery is low. The LED

and alarm will remain in these states until the battery is replaced. If the LED lights up and the alarm sounds:

1. Allow the UPS to charge four to six hours.

2. Test the battery by turning the UPS off and back on again.

3. If the LED lights and the alarm sounds again, the battery must be replaced.

This LED will also light up when the unit has an internal fault. It remains off when all functions are normal.

7. Load LEDs: In AC or DC mode, the four LEDs indicate the load percentage on the UPS output. Each

LED indicates 25% of UPS load capacity; all four LEDs lighted indicates 100% of UPS load capacity.

3 5

4 6

8. AC Input Power Cord: Plug the

AC power cord into your power

source. (The 220 V version

features an AC input socket.)

9. Input Circuit Breaker: This

protects equipment plugged into

the outlet against short circuits or

system overload. The UPS will

trip the breaker when loads

exceed the UPS’s capacity. If the

circuit breaker trips, unplug at least one piece of equipment from its UPS connection and reset the breaker

by pressing the button back in.

If the AC input current is much higher than what the circuit breaker can regulate, the circuit breaker may

trip. Once the breaker is tripped, the UPS will attempt to power the load using its internal power source.

If the UPS detects an overload at this point, turn off the UPS and decide which equipment will be left

unprotected. Reset the breaker after the overload or short circuit is released, then restart the UPS.

NOTE: Most circuit breaker trips are due to overload conditions.

.Output Circuit Breakers: Six battery output sockets and two bypass output sockets equipped with

breakers protect against overcurrent on the output, tripping when an overload occurs.

. Surge Protection Outlets: These provide full-time protection against surges and spikes. Plug any

peripheral equipment that doesn’t require power during a utility power failure into these outlets and

prevent power problems traveling through your system via unprotected peripherals.

91010

1112

131517 1416

120 V version shown. Outlets/indicators for 220 V version vary in number and type. See Speciﬁcations.

.Battery Backup & Surge Protection Outlets: These provide instantaneous backup power to your

equipment for temporary uninterrupted operation during the utility power failure.

.Site Wiring Fault (120 V version only): The LED will be illuminated if the UPS detects a fault in the

wiring of utility power outlets. There are three possible reasons for a wiring fault: reversed polarity, an

overloaded neutral or a missing ground wire.

. RJ-11/45 Phone/Network Surge Suppression: The RJ-45/11 provides protection against surges on the

telephone and data lines. Plug either a 10 Base-T network cable or single telephone line into the UPS’s

In jack. Plug the telephone line or the network cable from your equipment into UPS’s Out jack.

NOTE: This connection is not needed to properly use the UPS.

. Emergency Power Off (EPO) Port: This lets you turn off the UPS remotely using the provided cable.

Connect the EPO port of your UPS to a user-supplied normally closed or normally open switch. This will

allow connected loads to immediately be de-energized from a remote location without switching to

battery operation.

. RS-232 or USB Port: This connects an RS-232 or USB cable to the computer to use Power Saving Plus

(with RS-232 cable) or Power Saving Plus II (with USB cable) software to automatically save the les

and shut down the computer if the utility power fails.

NOTE: This connection is optional and is not needed to properly use the UPS.

17.

SNMP Slot (Ready), SNMP Card (Optional): The built-in expansion slot is for an optional SNMP

card for network management/monitoring.

NOTE: The SNMP card an option. The UPS can work properly without the SNMP card.

indicator table

The UPS has both visible (LED) and audible (alarm) status indicators. The LED numbers correspond to the

Indicator images on page 7, with the Load Percentage LEDs included at the bottom of the chart.

On-line/ Weak Battery

Booster & On-battery Overload Internal

Buck LED LED LED Fault LED UPS Status

Green (3) Yellow (4) Yellow (5) Red (6) Alarm Indication

On X X X X AC mode

Blinking X X X X AVR mode

X On X X

1 beep @10-second intervals

DC mode

X X X On X Internal fault

X On X X 1 beep @1-second intervals

Low battery

X X X On 3 beeps @1-minute intervals Battery failure

X X On X Constantly on

Overload

1 of 4 2 of 4 3 of 4 4 of 4

Green LEDs Green LEDs Green LEDs Green LEDs Load % UPS Status

On X X X 25%

On On X X 50% Load percentage

On On On X 75%

On On On On 100%

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