Hirose TM21P-88P(13) Bend Relief Boot for TM21/TM31 Modular Plugs, Black, 50-Pack TM21P-88P(13)/222-2862-9-13

Protect your modular plug investments with the Hirose TM21P-88P(13) bend relief boot, engineered to prevent cable damage and latch breakage in demanding Ethernet and data communication environments. This black, slide-on strain relief accessory is compatible with Hirose TM21 and TM31 series RJ45 modular plugs, offering a flexible polymer construction that absorbs bending stress and safeguards connector integrity. Supplied in a convenient pack of 50 pieces, it's an essential component for high-volume network assembly and maintenance.

Overview

The Hirose TM21P-88P(13) is a dedicated bend relief boot designed to extend the service life of modular plug terminations. By providing mechanical strain relief at the cable-to-plug junction, it reduces the risk of conductor fatigue and intermittent connections. Its slide-on mounting method allows for quick installation without special tools, making it ideal for both field repairs and production line use.

What stands out

• Prevents cable damage and latch breakage on Hirose TM21 and TM31 modular plugs
• Flexible polymer material (PVC/TPE) withstands repeated bending and flexing
• Slide-on design for fast, tool-less installation
• Compatible with standard RJ45 connectors used in Ethernet networking
• Bulk pack of 50 pieces reduces per-unit cost for large projects

Technical details

• Product type: Bend relief boot / strain relief
• Compatible plug series: Hirose TM21, Hirose TM31
• Connector type: RJ45
• Colour: Black
• Material: Flexible polymer (e.g., PVC/TPE)
• Quantity per pack: 50 pieces
• Mounting method: Slide-on
• Operating temperature range: -20°C to +70°C
• RoHS compliant: Yes
• Manufacturer series: TM21/TM31 accessories

Our verdict

The Hirose TM21P-88P(13) bend relief boot is a cost-effective insurance policy for your modular plug terminations. Its robust strain relief and latch protection features make it a smart choice for anyone building or maintaining Ethernet infrastructure where cable movement is frequent.