www.baumerivo.com

www.baumerivo.com

Spindle Position Displays

www.baumerivo.com

2

N 142

Part number

N 142. 1

3

A

01

Hollow shaft

A Hollow shaft ø25 mm

B Hollow shaft ø20 mm

Display

A Inclined

Voltage supply

3 24 VDC

E-connection

1 Cable output M16, motor cable 0.5 m

2 Cable output M16, motor cable 1.5 m

Interface

1 RS485

Hollow shaft max. ø25 mm, automatic format alignment

Display LCD two lines, interface RS485

Accessories

Connectors and cables (page %S)

Z 165.A01

Adaptor cable between cable connector M16

and female M8, 1 m

Z 165.AW1 Cable connector M16, 5-pin, less cable with

integrated terminating resistor 120 Ω

Z 165.B01

Mating connector M16, 5-pin, less cable

Z 165.D05

Data and supply cable M16, Master to N 140,

N 141 and N 142, 5 m

Z 165.S01

Cable connector M16, 5-pin, less cable

Z 165.V01

Coupling cable between M16 and M16, 1 m

multiconDrive represents a simplified and very efficient,

reasonably priced system for automatic format alignment.

With multiconDrive the spindle position displays communi-

cate directly with EC motors. Every spindle position display

is connected to the corresponding motor by a separate

cable output providing the motor without delay with the

signals “clockwise”, “counterclockwise”, “rotation speed” for

switchover to high/low speed.

The spindle position display provides two keys for clock-

wise and counterclockwise direction used during the first

editing operation. The key makes the motor moving into the

requested direction. A soft touch results in a defined STEP.

Thus, new spindle positions can be edited under direct

visual check of the operator with an accuracy of ±1/100 mm.

Shaft position parameters once set can be filed as profile in

the control. The serial interface enables network of maxi-

mum 32 spindle position displays with PC or PLC.

For complete solutions N 242 memory controller as operat-

ing and memory terminal is available. Up to 100 format

profiles can be stored by teach-in. The respective position

parameters can be retransmitted at any time as target to the

respecitve spindle position displays to release automatic

format alignment cycles.

Description