TECHNICAL DATA
11 - 5
D-MAXE with OI-B/OI-N
www.maxcessintl.com
MI 2-296 1 D
Parallel interface
6 digital inputs
Low-level: 0 to 0.9V
High-level: 4.6 to 24V; maximum power consumption
6mA to ground
2 outputs
Optionally switching to positive or ground
Positive switching: 24V (at least 22.5V at 200mA)
[Note 5]
Ground switching: 0V (maximum 1.0V at 500mA)
Maximum voltage: 28V
Overcurrent and short-circuit protection
+12V available as auxiliary voltage
Note 1. Guiding amplifiers of type D-MAXE 1, D-MAXE 2 and
D-MAX 3 normally have a 0 (zero) ohm connection between the
primary-side protective ground wire [PE] and the DC-side
ground [GND]. This is necessary to meet EMC requirements as
specified by VDE 0838, part 3 2002-05 DIN EN 61000-3-3,
Electromagnetic Compatibility (EMC) - part 3-3 and to ensure
that connected accessory devices (sensors, encoders, actuators
and operator interfaces) work properly.
Note 2. The unit should always be mounted with good thermal
contact to a large metal body such as a guide or machine frame.
Some applications with very large drive and accessory load
currents may require ambient temperature de-rating.
Note 3. Connectors X2/1 and X2/2 provide access to an
integrated two-port Ethernet switch. The dual Ethernet ports in
the D-MAXE also support slave mode beacon-based DLR (Device
Level Ring) technology and will automatically participate as a
beacon-based slave when the DLR protocol is detected. In this
mode, the two Ethernet ports function in accordance with DLR
traffic rules to provide network redundancy and diagnostic
capability.
Note 4. The supply output at each sensor connection and the
serial connection can be individually switched b12V
and +24V. When the control supply input is less than 24V, the
+24V output can be 1V below the input supply.
Note 5. When the control input supply is less than 24V, the
positive switching output can be 1V below the input supply.
