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Operating instructions

K3G560-AG07-10

Translation of the original operating instructions

3.2 Nominal data

Motor

M3G150-FF

Phase

3~

Nominal voltage / VAC

400

Nominal voltage
range / VAC

380 .. 480

Frequency / Hz

50/60

Type of data definition

ml

Speed / min

-1

1350

Power input / W

2300

Current draw / A

3.6

Min. ambient temperature
/ °C

-25

Max. ambient
temperature
/ °C

60

ml = Max. load · me = Max. efficiency · fa = Running at free air

cs = Customer specs · cu = Customer unit

Subject to alterations

3.3 Data according to ErP directive

Installation category

A

Efficiency category

Static

Variable speed drive

Yes

Specific ratio

*

1.01

*

Specific ratio = 1 + p

fs

/ 100 000 Pa

Actual

Request
2013

Request
2015

Overall efficiency η

es

/ %

59.8

51.4

55.4

Efficiency grade N

66.4

58

62

Power input P

ed

/ kW

2.36

Air flow q

v

/ m³/h

8010

Pressure increase total p

sf

/ Pa

599

Speed n / min

-1

1360

Data definition with optimum efficiency.

The ErP data is determined using a motor-impeller combination in a standardised

measurement configuration.

3.4 Technical features

Mass

43.3 kg

Size

560 mm

Surface of rotor

Coated in black

Material of electronics
housing

Die-cast aluminium

Material of impeller

Aluminium sheet

Material of mounting
plate

Sheet steel, hot-galvanised

Material of support
bracket

Steel, galvanised and coated in black

Material of inlet nozzle

Sheet steel, hot-galvanised

Number of blades

9

Direction of rotation

Clockwise, seen on rotor

Type of protection

IP 54

Insulation class

"F"

Humidity class

F4-1

Mounting position

Shaft horizontal or rotor on bottom; rotor
on top on request

Condensate discharge
holes

Rotor-side

Operation mode

S1

Motor bearing

Ball bearing

Technical features

- Output 10 VDC, max. 10 mA
- Output 20 VDC, max. 50 mA
- Output for slave 0-10 V
- Input for sensor 0-10 V or 4-20 mA
- Alarm relay
- Integrated PID controller
- Motor current limit
- PFC, passive
- RS485 ebmBUS
- Soft start
- Control input 0-10 VDC / PWM
- Over-temperature protected
electronics / motor
- Line undervoltage / phase failure
detection

Touch current acc.
IEC 60990 (measuring
network Fig. 4, TN
system)

<= 3.5 mA

Electrical leads

Via terminal box

Motor protection

Reverse polarity and locked-rotor
protection

Protection class

I (if protective earth is connected by
customer)

Product conforming
to standard

EN 61800-5-1; CE

Approval

CSA; EAC; UL 2111; VDE

For cyclic speed loads, note that the rotating parts of the device
are designed for maximum one million load cycles. If you have
specific questions, contact ebm-papst for support.

3.5 Mounting data

;

Secure the mounting screws against accidentally coming loose (e.g.
by using self-locking screws).

Strength class for
mounting screws

8.8

You can obtain additional mounting data from the product drawing if
necessary.

3.6 Transport and storage conditions

;

Use the device in accordance with its protection type.

Max. permissible
ambient motor temp.
(transp./ storage)

+80 °C

Min. permissible
ambient motor temp.
(transp./storage)

-40 °C

Item no. 51104-5-9970 · Revision 82539 · Release 2014-05-08 · Page 5 / 12

ebm-papst Mulfingen GmbH & Co. KG · Bachmühle 2 · D-74673 Mulfingen · Phone +49 (0) 7938 81-0 · Fax +49 (0) 7938 81-110 · [email protected] · www.ebmpapst.com

Summary of Contents for K3G560-AG07-10

Page 1: ...ce 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 Any safety hazards stemming from the device must be re evaluated once it i...

Page 2: ...g on the system machine wait until all parts have come to a standstill DANGER Flying parts Missing safety devices may cause balancing weights or broken fan blades to be ejected at high speeds causing...

Page 3: ...imbalance e g caused by dirt deposits or icing Operation in medical equipment with a life sustaining or lifesaving function Operation with external vibrations Moving solids content in flow medium Pai...

Page 4: ...m max 10 mm tightening torque 4 0 6 Nm 2 Tightening torque 3 5 0 5 Nm 3 Observe the correct mounting position Install the support struts only vertically as shown in the view Item no 51104 5 9970 Revis...

Page 5: ...class F4 1 Mounting position Shaft horizontal or rotor on bottom rotor on top on request Condensate discharge holes Rotor side Operation mode S1 Motor bearing Ball bearing Technical features Output 1...

Page 6: ...nger be installed Install the undamaged device according to your application 4 2 Connecting the electrical system DANGER Electric voltage on the device Electric shock Always install a protective earth...

Page 7: ...VAC 16 A 15 A C16A 1 5 16 3 PE AC 380 480 VAC 20 A 20 A C20A 2 5 14 3 PE AC 380 480 VAC 25 A 25 A C25A 4 0 12 3 PE AC 380 480 VAC 32 A 30 A C32A 6 0 10 AWG American Wire Gauge 4 2 3 Idle current Beca...

Page 8: ...se a screwdriver to do so During the connection work ensure that no cables splice off Fig 2 Connecting the wires to terminals Seal the terminal box 4 3 3 Cable routing No water may penetrate along the...

Page 9: ...quate to 100 level control coefficient KL3 2 8 GND Reference mass for control interface SELV KL3 3 7 0 10 V Use control actual value input 0 10 VDC impedance 100 k only as alternative to 4 20 mA input...

Page 10: ...remove any that are found Apply the nominal voltage to the voltage supply Start the device by changing the input signal 4 8 Switching off the device Switching off the device during operation Switch of...

Page 11: ...ge Switch off de energise and remove mechanical blockage Mains supply voltage faulty Check mains supply voltage restore power supply Important The error message resets automatically The device starts...

Page 12: ...ainst accidental contact for damage and to ensure that it is intact Visual inspection At least every 6 months Repair or replacement of the device Check the device for damage to blades and housing Visu...

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