The Rexroth VT3002-2X/48F serves as the fundamental mechanical and electrical bridge for proportional amplifier cards. In the complex world of industrial hydraulics, electronic control cards require a stable, noise-free environment to process command signals and drive solenoids. The VT3002 holder is specifically designed to accommodate Rexroth’s Euro-card format amplifiers, providing a high-reliability connection point that ensures long-term operational stability in demanding factory settings.
Utilizing the Component Series 2X design, this holder emphasizes ease of installation and maintenance. By separating the electronic card from the permanent cabinet wiring, the VT3002 allows for rapid troubleshooting and component swapping without the need to disturb the field wiring. This modularity is a critical factor in reducing Mean Time to Repair (MTTR) in high-volume production lines.
| Parameter | Technical Detail |
|---|---|
| Product Series | VT3002 (Component Series 2X) |
| Socket Type | 48-pin socket, Form F (DIN 41612) |
| Connection Type | Screw Terminals for Field Wiring |
| Card Format | Euro-card (Standardized Size) |
| Mounting Method | Snap-on mounting for DIN rails / Bolt-on |
| Terminal Cross-section | Max. 4 mm² (Single wire) |
| Operating Voltage | Dependent on inserted amplifier card |
| Weight | Approx. 0.5 kg |

The heart of the VT3002-2X/48F is its high-quality 48-pin female connector. This connector adheres to the strict Form F standard, which is known for its high current-carrying capacity and vibration resistance. Unlike smaller signal connectors, Form F is specifically designed to handle the power requirements of proportional valve solenoids while simultaneously maintaining the integrity of sensitive 0-10V or 4-20mA command signals.
Field wiring is managed via side-mounted screw terminals. These terminals are designed to accept wire cross-sections up to 4 mm², accommodating both signal-level cables and thicker power supply lines. The terminals are clearly numbered, corresponding directly to the pin assignments of the amplifier card, which significantly reduces the probability of wiring errors during initial commissioning or system upgrades.
Sensitive electronic amplifiers must be protected from the mechanical vibrations often found in industrial environments. The VT3002-2X/48F features a secure card guide system that prevents the amplifier from shifting or vibrating within the socket. Once inserted, the card is held firmly in place, ensuring that electrical contact remains consistent even under the thermal expansion and contraction cycles common in heavy-duty machinery.
The VT3002-2X/48F is designed for versatility in cabinet layout. It can be easily snapped onto standard 35mm DIN rails, which is the preferred mounting method for modern automation cabinets. For older systems or specialized mounting plates, the holder also includes holes for direct bolt-on installation. Its vertical orientation allows for efficient heat dissipation from the amplifier card’s power transistors, ensuring that the electronics remain within their optimal operating temperature range.
As a universal interface for Rexroth electronics, the VT3002-2X/48F is found in diverse industrial sectors:
Plastic Injection Molding: Holding the amplifier cards that control high-precision clamping and injection valves.
Metal Forming: Managing the interface for proportional pressure valves in large hydraulic presses.
Woodworking Machinery: Providing a stable connection for feed-rate and cutter-positioning controllers.
Metallurgical Plants: Utilized in steel mill control systems where high reliability is required 24/7.
For optimal signal integrity, the Rexroth VT3002-2X/48F should be installed with consideration for Electromagnetic Compatibility (EMC). It is recommended to use shielded cables for all command signal inputs and to ground the shields as close to the card holder as possible. When inserting or removing amplifier cards, ensure that the system power is switched off to prevent transient voltage spikes that could damage the sensitive logic components on the card.
Maintenance for the holder itself is minimal. Periodic checks should be performed to ensure that all screw terminals remain tight and that there is no accumulation of dust or contaminants within the 48-pin socket. Because this component utilizes a passive electrical design, it offers an exceptionally high Mean Time Between Failures (MTBF), making it one of the most reliable parts of the hydraulic control chain.



