Electromechanical Servo Press
EMSP 30 350 AM
FORCE RANGE 30 KN, STROKE 350 mm
- System: Electromechanical servo press
- Short name: EMSP 30-350-AM-00-XX
- Pressing force: 30 kN
- Effective stroke: 350 mm
- Max. traverse speed: 250 mm/s
- Motor attachment: Angled motor
- Safety brake: 00 (without safety brake)
- Generation: XX (latest product generation)
- System accuracy:
Displacement repeatability 0.01 mm
Force measurement < 1% f.s.
Item no. 18377
- Robust mechanics based on proven ball screw spindles
- Aluminium housing, anodised
- Secure braking and holding system
- Flange mounting
- Guide of the screw drive secured against rotation
- Standardised tool holder
- Piezoelectric force transducer integrated in the tool holder
- Servo motor with absolute encoder and holding brake
- Control unit with firmware and integrated safety technology
- Standardised sequence program for force-displacement regulated control of the servo press contained in the controller;
Parametrisation and evaluation via EMG system software for the PC - Drive-based controller and monitoring of process parameters directly in the servo controller
- Measuring direction: designed for push operation (pull operation optional)
- Charge amplifier with two independently variable force measuring ranges
- 2nd measuring range can be used for higher resolution of a smaller force measuring range
- Motor, encoder and force transducer connection on connector
- IndraDrive drive system from Bosch Rexroth
- Speed guide values for joining functions:
Positioning max.: 250 mm/s
Latch-on (first contact): 2 bis 5 mm/s
Joining to position: 2 bis 50 mm/s
Joining on block: 2 bis 50 mm/s
Holding time of the nominal force: min. 5 sec.
- Press mechanics with servo motor
- Servo controller with control unit
- Mains filter
- Charge amplifier
BASIC MODULE | EMSP 30 | |
---|---|---|
Nominal force | [kN] | 30 |
Traverse speed | [mm/s] | 250 |
Standard stroke | [mm] | 350 |
Spindle type | Ball screw drive | |
Motor attachment | Angled motor (short design) | |
Motor equipment | With electric holding brake and absolute encoder as standard | |
Mounting method of the servo press | Flange mounting |
FORCE MEASUREMENT | ||
---|---|---|
Force sensor | Piezoelectric Quartz force transducer |
|
Force measuring range* | [kN] | 0 – 30 |
System accuracy | < 1% of the nominal value |
* Two force measuring ranges individually adjustable and automatically switchable to increase force accuracy.
DISPLACEMENT MEASUREMENT | ||
---|---|---|
Displacement encoder | Absolute encoder | |
Displacement repeatability | [mm] | < 0,01 |
SPEED GUIDELINES | ||
---|---|---|
Positioning | [mm/s] | max. 250 |
Latching on | [mm/s] | approx. 2 - 5 |
Joining to position | [mm/s] | approx. 2 - 50 |
Joining on block | [mm/s] | approx. 2 - 50 |
Holding time | Tmin = 5 sec. at Fmax 30 kN |
Power supply | ||
---|---|---|
Power supply | 400V - 3~ - 50/60 Hz | |
Control voltage | 24V DC |
EMG system software
Powerful, Windows-based QA software for up to 12 servo presses per PC.
Programming, visualising, monitoring and documenting joining processes.
Item no. 14162
Standard EMSP 30 cable harness
Motor, encoder and force transducer cables
Length: 10m
Item no. 18062
FURTHER OPTIONS
EMSP 30 Power Electronics
Components for safety control system, assembly, wiring and commissioning of power electronics
Item no. 18063
Profinet interface
For coupling the servo press controller to a master, e.g. to Siemens S7
Item no. 17888
Displacement transducer interface
Encoder interface for connecting an additional displacement transducer.
Item no. 14408
EMG industrial PC evaluation system
Complete force-displacement monitoring
consisting of PC hardware and QA software
designed for programming and monitoring a servo press
Item no. 14166
Uninterruptible power supply
In connection with EMG industrial PC evaluation system
Item no. 14168
Setup for remote maintenance
With the aid of the remote maintenance software the PC can be operated from outside
Item no. 14165
YOUR CONTACT PERSON
Dipl.-Ing. (FH)
CHRISTIAN HILSMANN
will be happy to answer your questions – by e-mail or on the phone
c.hilsmann@emg-engineering.de
+49 (0) 29 51 / 93 883 – 13