MVI46-PDPMV1
May 18, 2026

MVI46-PDPMV1

Model: MVI46‑PDPMV1 Manufacturer: ProSoft Technology (inRAx series) Platform: Allen‑Bradley SLC 500 (1746 backplane, single‑slot) Protocol: PROFIBUS DP‑V1 Master (supports DP‑V0/DP‑V1 slaves) Function: Enables SLC 500 PLCs to act as a PROFIBUS DP master, connecting to DP‑V0/DP‑V1 slave devices (drives, I/O, HMIs, sensors). Data Exchange: M0/M1 files (SLC ↔ PROFIBUS), up to 1536 bytes cyclic input / 1536 bytes cyclic output.

Description

MVI46-PDPMV1.jpg

MVI46-PDPMV1(2.jpg

1. Product Overview

  • Model: MVI46‑PDPMV1

  • Manufacturer: ProSoft Technology (inRAx series)

  • Platform: Allen‑Bradley SLC 500 (1746 backplane, single‑slot)

  • Protocol: PROFIBUS DP‑V1 Master (supports DP‑V0/DP‑V1 slaves)

  • Function: Enables SLC 500 PLCs to act as a PROFIBUS DP master, connecting to DP‑V0/DP‑V1 slave devices (drives, I/O, HMIs, sensors).

  • Data Exchange: M0/M1 files (SLC ↔ PROFIBUS), up to 1536 bytes cyclic input / 1536 bytes cyclic output.

2. Key Features

  • Single PROFIBUS DP‑V1 master port (DB9, RS‑485)

  • Full DP‑V1 support (acyclic services, alarm handling, data exchange)

  • DP‑V0 backward compatible (works with legacy DP slaves)

  • Max slaves: 125 (with repeaters)

  • Cyclic data: 1536 bytes IN / 1536 bytes OUT

  • Acyclic messaging: Parameterization, diagnostics, read/write

  • Dedicated processor: No SLC CPU load impact

  • Configuration: ProSoft Configuration Builder (PCB) softwareProSoft Technology Inc

  • Diagnostic LEDs: PWR, RUN, BP LINK, DP LINK, DP ACT

  • Battery‑backed RTC & CMOS (21‑day backup, non‑replaceable battery)ProSoft Technology Inc

3. Technical Specifications

General

  • Slot usage: 1 slot (1746 local/extended rack; remote not supported)

  • Backplane current: 800 mA @ 5 VDCProSoft Technology Inc

  • Data mapping: M0/M1 files (SLC memory access)

  • Firmware: Field‑upgradeable via PCB

PROFIBUS DP Interface

  • Standard: IEC 61158, PROFIBUS DP‑V1 (EN 50170)

  • Baud rate: 9.6 kbps – 12 Mbps (software selectable)

  • Slave address range: 1–125

  • Cyclic data: 1536 bytes IN / 1536 bytes OUT

  • Acyclic data: Supported (DP‑V1)

  • Connector: DB9 male (RS‑485)

Environmental

  • Operating temp: 0°C to +60°C (32°F to 140°F)ProSoft Technology Inc

  • Storage temp: ‑40°C to +85°C (‑40°F to 185°F)ProSoft Technology Inc

  • Humidity: 5%–95% non‑condensingProSoft Technology Inc

  • Vibration: 5 g (10–150 Hz)ProSoft Technology Inc

  • Shock: 30 g (operational), 50 g (non‑operational)ProSoft Technology Inc

Approvals

  • CE, UL/cUL, CSA, Class 1 Div 2, GOST‑R, KC

4. LED Indicators

  • PWR: On = backplane power OK

  • RUN: On = module operational; flashing = firmware activity

  • BP LINK: On = backplane communication active

  • DP LINK: On = PROFIBUS network connected

  • DP ACT: Flashing = PROFIBUS data traffic

5. Installation & Configuration

  1. Power off SLC 500 chassis.

  2. Insert MVI46‑PDPMV1 into empty 1746 slot.

  3. Connect PROFIBUS cable to DB9 port.

  4. Power on; verify module in RSLogix 500.

  5. Install ProSoft Configuration Builder (PCB)ProSoft Technology Inc.

  6. Configure DP master parameters, slave addresses, cyclic/acyclic data.

  7. Map SLC M0/M1 data to PROFIBUS I/O via sample ladder logic.

  8. Download configuration and test communication.

6. Applications

  • Connect SLC 500 to PROFIBUS DP‑V0/V1 slaves: drives, remote I/O, HMIs, encoders

  • Integrate Siemens/third‑party PROFIBUS devices into Rockwell SLC systems

  • Legacy SLC modernization for PROFIBUS networking

  • Factory‑wide DP network monitoring and control

  • Process automation with acyclic parameterization/alarm handling

7. Advantages

  • Seamless SLC ↔ PROFIBUS DP‑V1 integration

  • High‑speed deterministic DP communication (up to 12 Mbps)

  • Large cyclic data buffer (1536 bytes IN/OUT) for complex I/O

  • DP‑V1 acyclic services for advanced device handling

  • Robust industrial design for harsh environments

  • Proven compatibility with Rockwell SLC 500 systems


Get a Quote