Siemens Connection module TPA, 3-tier, push-in terminal Part number 6ES7924-2CC20-0AC0

Product Overview

The Siemens 6ES7924-2CC20-0AC0 is a SIMATIC TOP connect connection module (TPA series) designed for analog modules in the S7-1500 system. It features push-in terminals, no LED indication, and a 50-pole IDC connector for cable interface, enabling fast and secure wiring of analog peripheral signals to the control system.

Key Features

• Connection module from the Siemens SIMATIC TOP connect TPA family
• Designed specifically for analog I/O modules in SIMATIC S7-1500 systems
• Push-in terminals for tool-free insertion of conductors (0.2…2.5 mm²)
• 50-pole IDC connector for cable interface to field devices
• Slim and modular design for space-efficient panel mounting
• Grey enclosure colour for standard cabinet integration

Technical Specifications

• Article Number: 6ES7924-2CC20-0AC0
• Product Type: Connection module (TPA 3-tier) for analog modules
• Target System: SIMATIC S7-1500
• Connection Technology: Push-in terminals without LED indication
• IDC Connector: 50-pole plug-in cable connector
• Connectable Conductor Cross-Section: 0.2…2.5 mm² (solid/fine-stranded)
• Maximum Cable Length (to front connector module): 30 m
• Operating Voltage / Rated Value: 24 V DC
• Rated Value: 50 V DC
• Mounting Type: DIN rail 35 mm (or 15 mm)
• Dimensions (W × H × D): 130 mm × 76 mm × 60 mm
• Net Weight: approx. 0.27 kg
• Enclosure Colour: Grey
• Ambient Operating Temperature: 0…60 °C (operation), –40…+70 °C (storage)

Compliance & Certifications

• Manufactured by Siemens as part of the SIMATIC TOP connect modular wiring system
• RoHS-compliant, UL/cUL listed as per data sheet
• Designed for over-voltage category II, pollution degree 2

Applications

Ideal for industrial automation installations where analog modules of the SIMATIC S7-1500 require efficient and compact wiring via TOP connect cabling systems. Commonly used in distributed I/O racks, machine control panels and panel expansion units where space, wiring speed and modularity are crucial.