SCSI 100 Pin High-Density Industrial Cable
PCM Cable Co., Ltd. is one of the leading scsi 100 pin high-density industrial cable manufacturers and suppliers in China. Welcome to wholesale high quality customized products at discount price from our factory. Contact us for quotation and free sample.
PCM-0947 SCSI MDR 100 Pin Cable uses a high-density Mini D Ribbon interface that integrates 100 connection positions into a compact connector format. It is designed for centralized routing of multiple I/O, control, feedback, and data acquisition signals between industrial devices.
Compared with using numerous individual signal wires, an MDR 100 Pin Cable can reduce interface count and control-cabinet wiring complexity, making it particularly suitable for DAQ cards, motion control cards, industrial controllers, and I/O terminal boards with large numbers of signal channels.
◆ Core Edge
As a professional manufacturer deeply rooted in highly reliable industrial interconnectsolutions, Premier Cable developed this high-density cable assembly condensing leadingsignal integrity technology. It focuses on resolving crosstalk, electromagnetic noise, andsignal attenuation issues arising from multiplied channels during Industry 4.0 upgrades,constructing an uncompromised, solid communication link for core industrial controlcomponents
◆ Stable Interconnection
To maintain absolute electrical stability in dynamic, high-vibration factory workshops, thiscable assembly features precision mechanical locking screws on the MDR 100-pin maleconnector. Combined with stringent tolerance control between male and female connectors,it ensures a tight fit even when installed on high-speed robotic arms or high-frequencystamping centers, completely preventing downtime caused by instantaneous disconnection.
◆ Installation Requirements
The compact 100-pin high-density ribbon layout perfectly adapts to the stringent spaceconstraints of modern industrial distribution cabinets, control boxes, and embedded boardsshifting toward miniaturization. Meeting original 3M connector specifications, it allowsengineers to plug and play directly during retrofits, without re-routing or altering backplanePCB layouts, drastically shortening deployment cycles for system integrators.
◆ Advanced Manufacturing Process
Every single cable is meticulously crafted before leaving the factory. Internal twisted pairsare wrapped using ultra-fine oxygen-free copper wires, with each differential pair precision-processed for 90-100 ohm impedance matching. Terminals are high-precision soldered viaautomated intelligent equipment in a cleanroom, reinforced with a secondary injection-molded inner lining for strain relief, and encased in a 360-degree metal shield to ensurecontinuous coverage
Products Specification
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Product Type |
100-Pin High-Density Cable Assembly |
| Part No. | PCM-0947 |
| Connector P1 | 100-Pin High-Density Connector |
| Connector P2 | 100-Pin High-Density Connector |
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Connector Assembly |
FMC100MML / A6113 HPC100P IDC Assembly Type |
| Pin Count | 100 Pins |
| Cable Specification | UL20276, 30AWG × 50PRS + AEB |
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Cable O.D. |
10.5 mm |
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Overall Length |
2000 ± 30 mm |
Products Display
Product Features
100-Pin Mini D Ribbon High-Density Interface
Uses a standard Mini D Ribbon (MDR) 100-pin high-density interface, integrating a large number of signal contacts within a compact panel footprint. This architecture reduces the need for multiple individual connectors and scattered cable assemblies, making it particularly suitable for industrial control, data acquisition, motion control, and test systems with high channel counts. Multiple digital, control, feedback, and I/O circuits can be centralized through a single interface, helping create cleaner internal wiring and more compact equipment designs.
Compatible with 3M MDR Connector System
The cable assembly uses a 3M 101A0-6000EC 100-pin connector together with a 3M 103A0-C200-00 connector hood, matching the mechanical architecture of the 3M MDR high-density connector system. When the equipment interface, electrical definition, and pin mapping are confirmed to be compatible, it can be used for replacement, integration, and customized harness applications within existing 3M MDR connection systems. The standardized connector structure also simplifies interface management, spare-parts planning, and field maintenance for OEM equipment, automation systems, and industrial test platforms.
Multi-Layer Shielding for Improved EMI Resistance
The cable uses an industrial signal shielding structure designed to help isolate external EMI/RFI interference. This can reduce the influence of electromagnetic noise generated by motors, servo drives, inverters, relays, industrial power supplies, and other electrical equipment. For a 100-pin high-density cable carrying multiple control, acquisition, and feedback circuits simultaneously, an appropriate shielding design helps maintain more stable signal transmission and reduces interference risks in complex industrial environments.
1 m Standard Length for Short-Range Industrial Interconnection
The standard 1 m cable length is suitable for short-range connections inside control cabinets, between industrial PCs and I/O boards, between motion control cards and terminal boards, and between test instruments and devices under test. Compared with unnecessarily long cables, the 1 m configuration reduces excess cable accumulation and routing complexity, resulting in cleaner equipment wiring while helping minimize mechanical stress caused by pulling, tangling, or excessive bending. It is particularly practical for fixed equipment, cabinet wiring, cable-tray management, interface maintenance, and future equipment replacement.
Core Application Scenarios
Industrial High-Speed Data Acquisition Boards
Suitable for high-density signal interconnection among DAQ cards, multi-channel measurement boards, industrial PCs, I/O expansion boards, and breakout/terminal boards, supporting centralized connection of large numbers of signal points in scientific research, laboratory measurement, industrial automation, and production equipment monitoring systems.
In research and test applications, an MDR 100 Pin Cable can connect multiple sensors, analog/digital I/O, and control channels through a single high-density cable assembly, enabling more organized multi-point measurement, equipment status feedback, and experimental data acquisition while reducing cable clutter and interface occupancy.
In factory automation systems, it can aggregate sensor status, position feedback, equipment I/O, and monitoring-node signals from distributed production equipment into DAQ boards or industrial control systems. This centralized architecture provides a cleaner physical connection for machine condition monitoring, production-process data acquisition, and automation control. The 100-pin configuration also simplifies pin mapping, channel identification, and troubleshooting, improving installation and maintenance efficiency in complex multi-channel DAQ systems.
Machine Vision Frame Grabber Systems
Suitable for industrial machine vision, automated optical inspection (AOI), dimensional measurement, and high-speed production line inspection systems, providing multi-channel signal connections among high-resolution industrial camera frame grabbers, vision controllers, I/O interface boards, and inspection equipment. The MDR 100-pin high-density interface consolidates multiple trigger, synchronization, status feedback, and auxiliary control signals into a single cable assembly, reducing the wiring complexity associated with numerous individual signal cables.
In high-speed production lines, the cable can also support line-speed feedback, trigger control, and inspection status signal interconnection between vision systems, encoders, motion controllers, and production equipment, helping coordinate image acquisition with machine operation. Its high-density architecture also reduces connector and cable space inside compact machine vision control cabinets, simplifying system integration, commissioning, and maintenance.
Core Performance Advantages
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★ Centralized Multi-Channel Transmission for Improved System Coordination
PCM-0947 uses a 100-pin high-density signal architecture to consolidate numerous control, feedback, I/O, and data acquisition circuits into a single cable assembly. Compared with multiple individual signal cables, this centralized design significantly reduces wiring and channel-management complexity.
In multi-axis motion control, industrial data acquisition, and automated test systems, the consolidated cable structure helps maintain clearer channel correspondence and reduces the risk of miswiring, missed connections, and maintenance errors. For servo control, encoder feedback, sensor acquisition, and similar multi-channel applications, the unified harness architecture also simplifies pin mapping, signal grouping, and port management, improving system commissioning efficiency and operational consistency.
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★ Enhanced Signal Stability in Complex Industrial Environments
Industrial environments commonly include servo motors, frequency converters, relays, power supplies, and high-frequency switching equipment, all of which can generate EMI/RFI interference. PCM-0947 uses a shielded high-density cable architecture and integrated connector assembly to help reduce the influence of external noise on low-level signals, feedback circuits, and control lines.
For machine vision, precision motion control, and industrial test systems, a more stable signal environment can help reduce false triggering, feedback fluctuations, and acquisition errors, supporting better system repeatability and more reliable equipment operation.
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★ Reduced Maintenance Complexity and Faster Serviceability
In traditional multi-channel systems that rely on numerous individual cables, replacing equipment, servicing control cards, or modifying I/O modules often requires identifying and reconnecting many separate signal points. This increases maintenance time and the risk of wiring errors. The MDR 100 Pin Cable Assembly consolidates numerous signals into a single high-density interface, allowing faster connection and disconnection of the entire harness. This helps shorten equipment servicing, module replacement, and system upgrade procedures. In automated production lines, test platforms, and continuously operated equipment, the modular connection approach reduces repetitive handling of individual wires and helps minimize maintenance-related downtime. |
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★ Optimized Cabinet Space and Overall Wiring Layout
In industrial control systems with high I/O counts, the number of connectors and overall harness volume can directly affect cabinet size, panel layout, and internal airflow. By consolidating up to 100 connection positions into a high-density interface, PCM-0947 can reduce the space required by multiple separate connectors, adapter cables, and terminal blocks.
This simplifies cable-duct planning and leaves more installation space for PLCs, DAQ cards, motion controllers, power supplies, and other components. The high-density wiring concept is particularly useful for compact, modular, and high-I/O-density equipment, helping OEM manufacturers optimize internal layouts while improving assembly consistency and overall system organization.
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Frequently Asked Questions
Q: How is the anti-crosstalk performance guaranteed in multi-channel high-speed data acquisition systems?
A: The internal wire uses a specialized twisting pitch design where each signal pair is independently twisted. Combined with the outer high-density tinned copper braided mesh, it perfectly repels internal differential crosstalk and external radio frequency interference during high-speed multi-axis coordination.
Q: Can Premier Cable customize other lengths or specific right-angle orientations for diverse enclosure spaces?
A: Yes. As an industrial connector specialist with a comprehensive manufacturing chain, we can flexibly provide custom lengths such as 0.5m, 2m, 3m, 5m, as well as 45-degree and 90-degree exit orientations tailored to your cabinet layout.
Q3:What do 100-Pin SCSI and MDR mean?
A3:MDR stands for Mini D Ribbon, a high-density connector format. In industrial markets, "SCSI 100 Pin Cable" is commonly used as a search term for high-density 100-pin industrial cables, but the actual communication protocol depends on the equipment pin definition and system specification.
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