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Operating instructions

K3G710-PV05-02

Translation of the original operating instructions

Protection class

I (with customer connection of protective
earth)

Conformity with
standards

EN 61800-5-1; CE

Approval

EAC; UL 1004-7 + 60730-1; CSA
C22.2 No. 77 + CAN/CSA-E60730-1

With regard to cyclic speed loads, note that the rotating parts of
the device are designed for a maximum of one million load
cycles. If you have special questions, consult ebm-papst for
support.

;

Use the device in accordance with its degree of protection.

Information on surface quality

The surfaces of the products conform to the generally applicable industrial
standard. The surface quality may change during the production period.
This has no effect on strength, dimensional stability and dimensional
accuracy.
The color pigments in the paints used perceptibly react to UV light over
the course of time. This does not however in any way affect the
technical properties of the products. The product is to be protected against
UV radiation to prevent the formation of patches and fading. Changes in
color are not a reason for complaint and are not covered by the warranty.

3.5 Mounting data

;

Secure the screws against unintentional loosening (e.g. use self-
locking screws).

Strength class of
screws

10.9

Any further mounting data required can be taken from the product
drawing or Section Chapter 4.1 Mechanical connection.

3.6 Transport and storage conditions

Max. permitted
ambient temp. for
motor (transport/
storage)

+80 °C

Min. permitted
ambient temp. for
motor (transport/
storage)

-40 °C

3.7 Electromagnetic compatibility

EMC immunity to
interference

According to EN 61000-6-2 (industrial
environment)

EMC interference
emission

According to EN 61000-6-4 (industrial
environment)

If several devices are connected in parallel on the supply side
so that the line current of the arrangement is in the range 16 - 75
A, this arrangement conforms to IEC 61000-3-12, provided that
the short-circuit power S

sc at the connection point of the

customer system to the public power grid is greater than or
equal to 250 times the rated output of the arrangement. It is the
responsibility of the installation engineer or operator/owner of the
device to ensure, if necessary after consultation with the
network operator, that this device is only connected to a
connection point with an S

sc value greater than or equal to 250

times the rated output of the arrangement.

4. CONNECTION AND STARTUP

4.1 Mechanical connection

DANGER
Heavy and unwieldy device.

Crushing hazard
→ Do not grasp or transport the device by the fan impeller.

Move the device with a crane using ropes or cloth straps.
There are holes drilled in the support structure that can be
used for transport.

→ After installation, ensure that the blades on the fan

impeller are not deformed or bent.

Fig. 1: Make sure the RadiPac fan is firmly secured when transporting
on a pallet. The impeller is not to be subjected to load. If the impeller is
subjected to load (e.g. during transportation), the fan could be severely
damaged!

CAUTION
Risk of cutting and crushing when removing device
from packaging

→ Carefully remove the device from the packaging by grasping

hold of the frame. Never subject to any impact.

→ Wear safety shoes and cut-resistant safety gloves.

CAUTION
Device weighs over 25 kg! Heavy load when unpacking
device.

Risk of physical injury, such as back injuries.
→ Use suitable hoisting equipment to remove the device from

its packaging.

NOTE
Damage to the device from vibration

Bearing damage, shorter service life
→ The fan must not be subjected to force or excessive vibration

from sections of the installation.

→ It is advisable to use spring or rubber isolators for

decoupling (not included in scope of delivery). The fan is to
be operated sufficiently far away from the resonant frequency
of the vibration isolators.

→ If the fan is connected to air ducts, the connection should

be isolated from vibration, e.g. using compensators or similar
elements.

→ Ensure stress-free attachment of the fan to the sub-

structure.

;

The fan may not be handled in the area around the inlet nozzle during
transport and installation.
There is a risk of damage to the impeller.

Item no. 55980-5-9970 · ENU · Change 212420 · Approved 2020-02-17 · Page 6 / 15

ebm-papst Mulfingen GmbH & Co. KG · Bachmühle 2 · D-74673 Mulfingen · Phone +49 (0) 7938 81-0 · Fax +49 (0) 7938 81-110 · info1@de.ebmpapst.com · www.ebmpapst.com

Summary of Contents for K3G710-PV05-02

Page 1: ...permitted to install the device to carry out a test run and to perform work on the electrical installation 1 3 Basic safety rules 1 1 3 Basic safety rules The safety hazards associated with the devic...

Page 2: ...GER Ejected parts Missing protective devices may cause balancing weights or broken fan blades to be ejected and cause injuries Take appropriate safety measures WARNING Rotating device Long hair and da...

Page 3: ...forming all maintenance work Conveying air at an ambient air pressure between 800 mbar and 1050 mbar Using the device within the permitted ambient temperature range see Chapter 3 6 Transport and stora...

Page 4: ...ghtening torque 6 0 9 Nm 5 Tightening torque 3 5 0 5 Nm 6 Attachment holes for FlowGrid 50710 2 2957 not included in scope of delivery 7 Motor support plate Installation position shaft horizontal moto...

Page 5: ...ription Weight 120 7 kg Size 710 mm Motor size 200 Rotor surface Painted black Electronics housing material Die cast aluminum painted black Impeller material Sheet aluminum painted black Support plate...

Page 6: ...t of the arrangement It is the responsibility of the installation engineer or operator owner of the device to ensure if necessary after consultation with the network operator that this device is only...

Page 7: ...re working on the electrical hookup short the supply and PE connections CAUTION Voltage The fan is a built in component and has no disconnecting switch Only connect the fan to circuits that can be swi...

Page 8: ...se of residual current circuit breakers RCCB with a trip threshold of 300 mA and delayed tripping super resistant characteristic K 4 2 5 Leakage current For asymmetrical power systems or if a phase fa...

Page 9: ...possible If this is not possible a drip edge can be produced by fitting a cable tie directly in front of the cable gland for example 4 4 Factory settings Factory settings made for the device by ebm p...

Page 10: ...tact changeover contact common connection contact rating 250 VAC max 2 A AC1 min 10 mA KL2 3 NC Status relay floating status contact break for failure KL 3 1 RSA Bus connection RS485 RSA MODBUS RTU SE...

Page 11: ...PROM setting the integrated controller s direction of action can be selected via bus or digital input Din3 normal pin open or applied voltage 5 50 VDC inverse bridge to GND or applied voltage 1 VDC SE...

Page 12: ...ng Either run through the resonant range as quickly as possible with speed control or find another remedy Operation with excessively high vibration levels can lead to premature failure The maximum per...

Page 13: ...e from supply and remove mechanical blockage Line voltage faulty Check line voltage restore power supply Attention The error message resets automatically Device restarts automatically without warning...

Page 14: ...aintenance intervals to the actual level of dust exposure 6 3 Safety inspection NOTE High voltage test The integrated EMC filter has Y capacitors The tripping current is exceeded when AC testing volta...

Page 15: ...tallic materials are generally considered to be fully recyclable Separate the components for recycling into the following categories Steel and iron Aluminum Non ferrous metal e g motor windings Plasti...

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