VIPA 216-2BM02 CPU 216DPM PLC Controller Module

Product Description

216-2BM02 is VIPA 200V series compact PLC CPU module (CPU216DPM), compatible with Siemens S7-200 programming environment. Powered by 24VDC, it integrates PROFIBUS-DP master interface supporting up to 125 DP slave nodes, plus MPI multi-point communication port. It is equipped with 128kB program memory, 192kB data memory, MMC memory card slot and built-in real-time clock. DIN rail mounting design, compact dimension 50.8×76×80mm, weight about 150g. With robust EMC and anti-vibration performance, suitable for industrial cabinet installation. This is a discontinued legacy VIPA controller, mostly available as surplus or refurbished spare parts in the market.

Key Functions

• PROFIBUS-DP master station function, max 125 DP slaves, baud rate up to 12Mbit/s
• MPI multi-point interface for HMI and other PLC communication
• Support STEP 7-Micro/WIN programming, fully compatible with S7-200 instruction set
• MMC card slot for program backup, firmware upgrade and data storage
• Integrated RTC real-time clock for time-stamped alarms and event logging
• Complete self-diagnosis, watchdog protection and fault LED indicators
• Wide operating temperature range -20℃ ~ +60℃, meets industrial EMC standard

Application Scenarios

• Factory automation assembly line and material handling control
• Packaging machinery, textile machinery and plastic processing equipment
• Water treatment, HVAC and building automation control cabinets
• Retrofit replacement for old S7-200 control systems
• Small-scale DCS and distributed PROFIBUS fieldbus control network

FAQ

Q1: What software to program this CPU?
A1: STEP 7-Micro/WIN, same programming tool for Siemens S7-200 PLC.

Q2: What is the main difference between 216-2BM02 and 216-2BP02?
A2: 216-2BM02 is PROFIBUS DP Master; 216-2BP02 is DP Slave version.

Q3: Power supply requirement?
A3: DC24V, typical low power consumption.

Q4: Common failure issues?
A4: MMC card recognition failure, PROFIBUS communication drop-out, RTC clock loss, program loss after power cycle.