Tripp Lite DataShield DB9 In-Line Surge Protector
Compact inline surge suppressor for DB9 serial connections. Reversible design fits male or female ports. Protects all nine data lines plus D-shell chassis with high-speed avalanche diodes and 18V clamping voltage.Overview
The DataShield DB9 is a passive surge suppression device protecting serial data equipment from electrostatic discharge, lightning, and faulty wiring. Using balanced avalanche diode arrays, it diverts excess energy safely to ground, preventing interface card damage and system failures.
Key Features
- Protects all 9 data lines plus D-shell chassis
- Reversible for use with male or female captive DB9 ports
- High-speed avalanche diode protection diverts excess energy to ground
- 18V clamping voltage for rapid surge response
- Prevents blown interface cards, garbled transmissions, and system lock-ups
- Compact inline design integrates seamlessly into existing cabling
- No external power required; fully passive operation
Specifications
- Connector A: DB9 Male/Female (Reversible)
- Connector B: DB9 Male/Female (Reversible)
- Clamping Voltage: 18V
- Protection Type: High-Speed Avalanche Diodes
- Color: White
- Weight: 0.11 kg
Why buy from Procure.ae
Procure.ae supplies surge protection and data-line equipment to institutional and government buyers across the UAE and GCC. Request a quote for bulk quantities and installation support.
FAQ
Do I need external power for the DB9 protector?
No, the DataShield DB9 is fully passive and requires no external power source. Simply connect it inline between the source and protected device.
What types of equipment does this protect?
It protects data terminals, modems, serial printers, CSU/DSU devices, and any equipment with a DB9 serial interface from transient surge damage.
Description
Overview
The DataShield DB9 is a passive surge suppression device protecting serial data equipment from electrostatic discharge, lightning, and faulty wiring. Using balanced avalanche diode arrays, it diverts excess energy safely to ground, preventing interface card damage and system failures.
Key Features
- Protects all 9 data lines plus D-shell chassis
- Reversible for use with male or female captive DB9 ports
- High-speed avalanche diode protection diverts excess energy to ground
- 18V clamping voltage for rapid surge response
- Prevents blown interface cards, garbled transmissions, and system lock-ups
- Compact inline design integrates seamlessly into existing cabling
- No external power required; fully passive operation
Specifications
- Connector A: DB9 Male/Female (Reversible)
- Connector B: DB9 Male/Female (Reversible)
- Clamping Voltage: 18V
- Protection Type: High-Speed Avalanche Diodes
- Color: White
- Weight: 0.11 kg
Why buy from Procure.ae
Procure.ae supplies surge protection and data-line equipment to institutional and government buyers across the UAE and GCC. Request a quote for bulk quantities and installation support.
FAQ
Do I need external power for the DB9 protector?
No, the DataShield DB9 is fully passive and requires no external power source. Simply connect it inline between the source and protected device.
What types of equipment does this protect?
It protects data terminals, modems, serial printers, CSU/DSU devices, and any equipment with a DB9 serial interface from transient surge damage.
Specifications
Brand
Tripp Lite By Eaton
Product Type
Serial Surge Protector
Storefront L1
Power
Storefront L2
Surge Pdu
Storefront L3
Surge Protectors
Weight (Spec)
0.11
Color (Spec)
White
Frequently Asked Questions
What type of serial devices does this surge protector safeguard?
This protector shields DB9 serial connections commonly found in legacy equipment like industrial controls, point-of-sale systems, medical devices, and SCADA systems from electrical surges.
How does the reversible design improve installation flexibility?
The reversible connector design accepts both male and female DB9 ports without requiring an additional adapter, simplifying installation in mixed legacy environments with varying equipment configurations.
Where would this surge protector typically be installed in a data center?
Install this device inline between serial equipment and the cable termination point to protect critical industrial or control room systems from power surges and electrical transients on data lines.
What is protected by this device beyond just the data lines?
This surge protector shields all nine data lines plus the D-shell metal chassis itself, providing comprehensive protection against voltage spikes entering through any connection path.
Is this compact protector suitable for space-constrained control rooms?
Yes, the inline design occupies minimal space between equipment and cabling, making it ideal for cramped server rooms, industrial control cabinets, and legacy system environments where space is limited.
What clamping voltage means in practical terms for my serial equipment?
The 18V clamping voltage rapidly suppresses dangerous surges to safe levels, protecting your serial equipment from voltage spikes that could otherwise cause data corruption or equipment failure.
What is the typical delivery timeframe for this surge protector in the UAE?
Procure.ae supplies surge protection devices on a request-a-quote basis across the UAE and GCC. Contact the team for availability and lead times on this serial protector.
Does Procure.ae provide technical guidance on protecting legacy serial systems?
Procure.ae can discuss surge protection strategies for your specific equipment and environment. Reach out to the team for recommendations on protecting critical serial connections.
What connector type does this surge protector use?
This device features DB9 connectors that are reversible, accepting either male or female configurations for connection flexibility.
How many data lines does this protector shield?
This surge suppressor protects all nine data lines within the DB9 connection, plus the D-shell chassis, using high-speed avalanche diodes.
What is the clamping voltage specification of this device?
This protector features an 18V clamping voltage, rapidly suppressing electrical surges to safe levels and protecting connected serial equipment from damage.
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