Brinkmann SFC1520 Series Operating Instructions Manual Download Page 7

BRINKMANN-Cutter pumps SFC1520…3000 

 

 

 
BE3185 

Edition

 11/2019 

The electrical wiring must be performed ac-
cording to the wiring diagram shown inside 
the terminal

 

box cover.  

(Please see above sample

 wiring diagrams)

Wiring diagram e.g.

 

There may be no foreign objects such as dirt, par-

ticles or humidity inside the terminal board. 
–  Mount terminal board cover to motor tight 

against dust and humidity and close up all un-

used wiring ports. 

 ATTENTION  

When Variable Frequency Drives are used in-

terfering signals might occur. 

Non-sinus shaped supply voltage from a varia-

ble frequency drive might result in elevated 

motor temperatures. 

Start up / Shut down 

6.1 

Start up 

 ATTENTION  

–  After connection the electrical wires, close 

the terminal box. Briefly start the motor 

(max. 30 sec.). 

–  Check the rotation according to the arrow 

on the top of the motor. 

If the direction is incorrect change over two of the 

power leads. 

6.2 

Shut down  

 WARNING 

Electric shock! 

All service work must be carried out by quali-

fied service personnel. Pump must be discon-

nected from the power source and all rotating 

parts must stand still. Reassure that pump is 

disconnected from power source and cannot 

be switched on. 

–  Verify that there is no voltage at the termi-

nal board! 

–  Open terminal box and disconnect the power 

leads. 

–  Empty out the pump. 

Operation 

 WARNING 

 Risk of injury by uncontrolled start-up of the 
pump or absence of emergency shutt of 
switch! 

–  Unwanted pump start-up or missing shut off 

switches can cause severe injury through 

ejected parts from the pump discharge or 

from cutting or pulling body parts into the 

pump suction. 

–  Reassure that pump is disconnected from 

power source and cannot be switched on. 

–  It is the responsibility of the machine opera-

tor to decide whether or not an additional 

emergency switch must be installed. 

Liquid level 

According to the drawing 3, the maximum liquid 

level must stay about 30 mm below the mounting 

flange.  

The pump begins to prime once the liquid level 

(coolants) reaches the agitator. 

The pump suction is at the bottom of the immersed 

pump body. 

The pump draws the fluid level down to the level of 

the agitator. 

The bottom of the agitator must be located 100 mm 

above the tank bottom (see drawing 3) in order to 

prevent unwanted objects, such as broken tools or 

indexing plates from entering the pump suction. 

This distance is critical and must be maintained at 

all times. 

 

 
 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Drawing 3

 

 

Delta connection  

3 x 400 V, 50 Hz 

resp. 380-415 V, 50 Hz 

 

 

 

 

max. 

liquid level 

min. 

liquid level 

coolants 

min. 

liquid level 

oils 

min. distance 

to the tank

 

bottom 

Summary of Contents for SFC1520 Series

Page 1: ...ion 11 2019 1 BRINKMANN Cutter pumps SFC1520 3000 Brinkmann Pumpen K H Brinkmann GmbH Co KG Friedrichstra e 2 D 58791 Werdohl Tel 49 2392 5006 0 www brinkmannpumps de Fax 49 2392 5006 180 sales brinkm...

Page 2: ...ates a hazard ous situation which if not avoided could result in death or serious personal injury The signal word CAUTION indicates a hazardous situation which if not avoided could result in mi nor or...

Page 3: ...ic viscosity of the medium 45 mm2 s Temperature of me dium 0 80 C Dry running Dry running causes in creased wear and should be avoided During the test of the direc tion of rotation 30 s per missible S...

Page 4: ...the personnel 3 5 Safety instructions relevant for op eration If hot or cold machine components involve hazards they must be guarded against acci dental contact Guards for moving parts e g coupling m...

Page 5: ...age Store pump in dry and protected areas and protect it against penetration of for eign bodies Always store pump above the freezing point 5 Installation and Connection 5 1 Mechanical installation WAR...

Page 6: ...may enter the tank 5 2 Electric wiring WARNING Electric shock All service work must be carried out by quali fied service personnel Pump must be discon nected from the power source and all rotating pa...

Page 7: ...hed on Verify that there is no voltage at the termi nal board Open terminal box and disconnect the power leads Empty out the pump 7 Operation WARNING Risk of injury by uncontrolled start up of the pum...

Page 8: ...ar due to the return flow of chips and additional load on the bearings The SFC pump should be operated in continual operation mode not pulsed mode The pump should transport medium with out chips for 1...

Page 9: ...m repair pump Motor overheats High on off cycling frequency Wrong power supply voltage or cycles Insufficient cooling See above Power supply must correspond with name plate rating Check air flow at mo...

Page 10: ...2 22 Shaft nut 23 Compensation disk 24 Shaft seal 25 O ring 26 Shaft seal SFC1820 50 Pump body 51 Shaft with rotor 52 Shaft seal 53 Intake cover 54 Socket head cap screw with lock DIN 912 55 Washer 56...

Page 11: ...with lock DIN 912 55 Washer 56 Chip breaker 57 Bearing bush 58 Socket head cap screw with lock DIN 7984 59 Inlet cover for SFC2320 60 Socket head cap screw with lock DIN 912 for SFC2320 61 Bushing car...

Page 12: ...WARNING Risk of injury due to sharp edges on pump components i e impeller blades Wear safety gloves WARNING Risk of injury by discharging parts Do not under any circumstances remove the screws on the...

Page 13: ...ew connections Pump Installation Secure pump against fall ing over i e with use of safety straps Reconnect immersion pump as described in point 5 ATTENTION When putting the pump back into use make sur...

Page 14: ...EG die Schutz ziele der Niederspannungsrichtlinie 2014 35 EU eingehalten With respect to potential electrical hazards as stated in appendix No 1 5 1 of the machine guide lines 2006 42 EC all safety p...

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