IO-Link - for integrated Stepper and Servo motors

 

Connect multiple JVL Drives to an existing Ethernet based network ?

 

Save between 10-15% in the investment costs when integrating JVL drives by using IO-Link instead of an traditional Ethernet based control network.

 

In 90% of the applications where JVL drives are used, the specific axis is used as a setup axis, only requiring a minimal of bandwith and no hard timing requirement.

 

By using IO-Link and the new JVL IO-Link gateway a JVL drive (servo or stepper) can be controlled directly from the PLC through an IO-Link Master.

 

This Master usually connects directly to the PLC via the Ethernetbus.

 

Even though the IO-Link based JVL control never was intended to be used in hard timing restrained application, reaction times an be very low.

 

For the MIS motors an added bonus, up to 5 motors can be connected to one IO-Link channel by utilizing multidrop topology on an internal JVL bus, running between the motors.

 

All normal motion functions can be controlled through the IO-Link channel.

 

For the Rockwell environment AOI’s are supported.

 

The JVL gateway is placed inside a rugged metal tube.

 

2 Leds indicates the current Link status.

 

The metal gateway screws directly into one of the IO-connectors on the motor and an IO-Link cable is connected to the other end, that goes directly into the IO-Link master.

 

The JVL Gateway is delivered with either 8, 12 or 17Pin connector depending on the type of JVL drive used.

 

For the MAC servo motor range an MAC00-B4 module is required for each motor. Observe that these drives requires one IO-Link channel per. Drive.

 

For the MIS Servo stepper series, the Gateway tube connects directly to the 17Pin connector.

 

 

 

1:1 Point to Point IO-Link Parts numbers used:

 

Rockwell IO-Link master: Armorblock 1732E-8IOLM12R

 

JVL IO-Link gateway metal tube:

MAC module		IOLINK item number
MAC00-B4	8pin	WI1425M12M5TM8T501
MAC00-B41	12pin	WI1425M12M5TM12T201
MAC00-Ex41	17pin	WI1425M12M5TM17T201
MISxx_MILxx_SMC66/85 Point to point. Only xQ5x	17pin	WI1425M12M5TM17T201

 

MISxx_MILxx_SMC66/85 with 17pin connector with RS422

 

IO-Link cable 3 m: WI1000-M12M5TF5T03N

 

IO-Link cable 5 m: WI1000-M12M5TF5T05N

 

1:N Topology Rockwell example, 1-5 MIS motors per IO-Link Multidrop channel OBS! Only Q9 type MIS motors supported:

1:N multidrop IO-Link Parts numbers used:

 

Rockwell IO-Link master: Armorblock 1732E-8IOLM12R

 

JVL IO-Link gateway metal tube: WI1425M12M5TM17T201

 

MAC/MIS/MILxxx, with 17pin connector and 8pin connector running RS422

 

IO-Link cable 3 m: WI1000-M12M5TF5T03N

 

IO-Link cable 5 m: WI1000-M12M5TF5T05N

 

RS422 COM cable between motors(1-20 m):

1 m: WI1012-M12F8TM17T01T

5 m: WI1012-M12F8TM17T05T

 

MISxx_MILxx_SMC66/85 Multidrop Only Q9

17pin/8pin

WI1425M12M5TM17T201+WI1012xx cables

 

 

 

Press Release