PCC201 Memory Card | Bachmann M1 CPU Module Expansion 32MB

Bachmann PCC201 32MB CompactFlash Memory Card

Product Description / Overview

The Bachmann PCC201 32MB is a high-reliability memory card designed for Bachmann M1 CPU modules, including MX213, MC210, and MC205 series. It provides secure, non-volatile storage for user programs, configuration files, firmware, and diagnostic logs. Moreover, the PCC201 enables easy program transfer and expansion for medium-sized automation projects. In addition, it supports PCMCIA/CompactFlash interface compatibility, allowing straightforward integration with PCs and notebooks via an A-PCC200 adapter for convenient offline programming or data backup.

Technical Data

System Compatibility
• Bachmann M1 automation system (MX213, MC210, MC205 CPUs)

Memory Capacity
• 32 MB non-volatile flash memory

Data Retention
• Maintains stored data even during power loss

Supported Data Types
• User programs, configuration files, firmware updates, diagnostic logs

Interface
• PCMCIA / CompactFlash slot on CPU front panel

Read/Write Cycles
• > 100,000 cycles

Data Retention Period
• > 10 years

Operating Voltage
• Supplied via CPU module

Dimensions
• Standard PCMCIA card size: approx. 85 × 54 × 5 mm

Weight
• 50 g

Operating Temperature
• −30 °C to +60 °C

Storage Temperature
• −40 °C to +85 °C

Humidity Range
• 5% to 95% RH, non-condensing

Certifications
• CE, UL, RoHS

FAQ

Q1: What is the function of the PCC201 memory card?
It provides non-volatile storage for user programs, configurations, firmware, and diagnostics.

Q2: How much memory does the PCC201 card offer?
The card has 32 MB of reliable flash memory.

Q3: Can the card retain data during power failures?
Yes, all data remains securely stored during power interruptions.

Q4: How can the PCC201 card be used with PCs or notebooks?
With an A-PCC200 adapter, it works in PCMCIA slots for programming or data transfer.

Q5: Is the PCC201 suitable for industrial environments?
Yes, it operates across a wide temperature range and is built for long-term reliability.