Category: Bachmann

The PCC201 PC cards serve as a storage medium of the

M200 controller. Depending on the memory extension, the

PC cards may contain source codes and pieces of docu

mentation in addition to the operating system, the drivers

and the application software. The PCC201 PC cards can

directly be written to and formatted in all processor mod

ules of the M200 controller. With an A-PCC200 adapter it

is possible to use the PC cards in the PCMCIA slots of PCs

and notebooks. The PCC201 series is produced entirely in

house and therefore long-term supply is guaranteed.

Features

● Memory capacity 32/64 MB

● Access width 16 bit

● Designed as 5 V card

● Program voltage of 12 Vss

● Write protection via operating software

The MC200 CPUs combine maximum processing perform

ance with outstanding robustness and compact dimen

sions. Scalable processors with up to 4 physical processor

cores and clock frequencies of up to 1.6 GHz enable the

implementation of a wide range of applications and pro

vide a generous reserve for future expansion.

Thanks to multicore technology and symmetrical multi

processing for real-time systems, the CPUs are suitable for

very demanding applications; such as high volume require

ments and short cycle times.

Parallel processing from the multicore units enables a more

responsive machine control, complex motion control, and

demanding communication tasks. The multicore options

also offer various IT security benefits, such as stronger

algorithms and longer keys. Data centric applications, such

as process diagnostics, machine learning and predictive

maintenance are easily implemented thanks to the large

working memory.

The generous thermal design and special coating processes

enable fan-free use in extreme operating conditions from-30 °C to +60 °C.

Features

● Industrial processor at up to 1.6 GHz

● Single-/dual-/quad-core

● Realtime symmetrical multi processing

● Up to 2 GB DDR4 RAM

● Up to 1 MB remanent memory (retain)

● Up to 4 GB internal storage medium

● CFast card slot for removable media

● Up to 3x Ethernet 10/100/1000 Mbit/s with IEEE 1588

● 1x RS232. 1x RS232/RS422/RS485. 1x USB 3.0

Processor modules of the MH200 series combine maximum processing

performance with outstanding environmental robustness.

Thanks to multicore technology and symmetrical multi-processing for

real-time systems, the 2.3 GHz CPU is also suitable for demanding

applications with very high volume requirements and short cycle times.

Specific tasks such as complex motion control, image processing or

higher-level control and communication tasks benefit from the parallel

processing of up to 4 tasks. Data centric applications, such as process

diagnostics, machine learning or the predictive maintenance of large

machine parks can be implemented easily thanks to the large working

memory.

The generous thermal design and special coating processes enable fan-free

use in extreme operating conditions from -30 °C to +60 °C.

The integrated power supply unit, which also provides the I/O module supply,

enables the installed volume to be kept very compact.

Features

• Industrial 2.3 GHz Dual-Core-Processor

• 4 logical Cores via Hyper-Threading

• Realtime Symmetrical Multi Processing

• 2 GB DDR4 RAM

• CFast card slot for removable media

• 2x Ethernet 10/100/1000 Mbit/s with IEEE 1588

• 1x RS232. 1x RS232/RS422/RS485

• Integrated power supply for I/Os

Depending on the version (hardware revision):

• 512 kB or 1 MB remanent memory (Retain)

• 16 MB or 2 GB internal memory device

• 1x USB 2.0 or 1x USB 3.0

• Without Trusted Platform Module (TPM) or with TPM chip

The M100 is exceptionally robust, resilient to interference, and built to last

Users benefit from condensation-resistant versions, extreme temperature

resistance up to 70 °C, shock and vibration tolerance, and excellent EMC

resilience. Customer satisfaction, uptime, and product longevity improve,

while downtime costs are minimized.

The M100 is compact and highly scalable

Modular hardware and software – use the same control technology for

everything from simple individual functions to complex plants. Choose

from a wide range of processor performance options and over 60 signal

modes, all with high functional density.

The M100 delivers superior performance

Real-time multiprocessor processing and more than 1100 Mbit/s backplane

bandwidth, nanosecond time stamping and clock synchronization, motion

control platform, direct module-to-module communication for microsecond

response times.

The M100 delivers superior performance

Real-time multiprocessor processing and more than 1100 Mbit/s backplane

bandwidth, nanosecond time stamping and clock synchronization, motion

control platform, direct module-to-module communication for microsecond

response times.

The M100 is open

The user‘s solution space is maximized by the use of open standards,

ready-made third-party products, and open-source components,

with programming currently supported in IEC 61131‑3. C and C++, and

soon also in Simulink and Python.

The M100 is secure

The system starts with a root of trust and secure boot. Multi-layered

security, including process isolation, least privilege, and role-based

access control, enables IIoT services and edge nodes alongside PLCs and

BDE systems.

For over 55 years, Bachmann electronic has stood for efficient engineering,

exceptional performance, and unmatched robustness.

The M100 is the next step on our journey.

The market landscape in the coming decades will face challenges unlike

any before. Emerging technologies, the demand for greater efficiency and

uptime, and the rising importance of data are driving change.

The same holds true for control, networking, and automation systems.

With the M100. Bachmann offers a brand-new control platform as the

foundation for advanced automation tasks. Powerful CPU modules,

advanced security, extreme I/O bandwidth, and real-time networking –

all within a future-proof, scalable architecture. The boundaries between

measurement technology, industrial control, motion controllers, edge

devices and IoT are disappearing.

We stay aligned with the demands of this challenging segment.

The priorities remain the same – unmatched robustness, efficiency,

and performance.

Uncompromising industrial control technology

36 channels per module

Deformation-free, load-bearing, active backplane

Lag-free module-to-module communication

4 to 32 modules bolted per station

24 mm pitch up to 1080 digital or 496 analog  channels

> 16 stations per system (based on the fieldbus technology)

M100-SERIES

ARCHITECTURE AND INTERFACES FOR A RAPIDLY EVOLVING

DIGITAL WORLD. CONTEMPORARY AND FUTURE-PROOF, SCALABLE

AND EFFICIENT. ENGINEERED WITH LONGEVITY IN MIND.