TITAN VERSA TD - Front view TITAN VERSA TD - Left Isometric TITAN VERSA TD - Rear view TITAN VERSA TD - Rear View TITAN VERSA TD - Dry Pump Dual Vacuum Pumps - Dry TITAN VERSA Menus TITAN VERSA Bar Graphs TITAN VERSA Graphs

The TITAN VERSA TD (Tower Dry) configuration is an incredibly powerful and versatile helium leak detector based on an innovative and proven core technology. It has a small footprint and is ready to work. Typical applications include laboratory R&D environments, service cart mounted for maintenance applications, light-duty production, and sniffer applications.

Founded on a core leak detector module, our configurable design—together with its high sensitivity and pumping capacity—gives you the flexibility and performance your application requires. Whether you need a service and maintenance tool or a production leak testing instrument, the TITAN VERSA is the versatile solution to your leak detection needs. 

The TITAN VERSA Warranty, Service, and Support package is the best in the industry. 

  • Warranty 
    • Leak detector - 1 year
    • Ion source - 2 years
    • Calibrated leak standard - lifetime
  • Service
    • Global network of Authorized Factory Service facilities
    • Full range of service options including self-service maintenance kits and comprehensive service contracts
  • Preventive Maintenance (PM) Service Agreements - simple, flexible and tailored to your needs
    • 15% discount on PM Service contracts at time of purchase
    • 72-hour uptime  guarantee
    • 24/7 product support
    • Free calibrated leak standard exchange
    • Discounted labor rates for other services when in a service agreement

MULTIPLE PURCHASE & RENTAL OPTIONS

  • Standard purchase
  • 2-year lease-to-own
  • Annual rental*
  • Short-term rental*

* Save 50% on rentals when combined with PM or repair services

TECHNICAL SUPPORT

Unmatched technical support from engineers and technicians with over 50 years of combined experience brings you industry leading support, including:

Project Design Assistance: Use our Contact form or contact us directly at 800-465-1004

  • Configuration: Tower Dry (TD)
  • Pump: Dry membrane (2)
  • Pump Speed: 3.6 m3/h (2.1 CFM)
  • Evacuation Valve: Standard flow
  • Vent Valve: Standard flow
  • Supply Voltage: 100-120 V~
  • Plug Type: N. America
  • CONFIGURE your custom TITAN VERSA

AVAILABLE ACCESSORIES

Primary Pump
Dry membrane (2) | (mounted in bottom)
Pumping Speed Capacity
3.6 m3/h | 2.1 CFM
Dimensions (W x H x D)
559 x 607 x 305 mm | 22.0 x 23.9 x 12.0 in
Weight
42 kg | 93 lbs
Operating Temp - Vacuum Method
0 - 45 °C | 32 - 113 °F
Operating Temp - Sniffing Method
0 - 40 °C | 32 - 104 °F
Electrical Supply (50/60 Hz)
90 - 250 V~
Electrical Power (Max)
600 W
Detectable Gases
Helium 4 | Helium 3 | Hydrogen
Min. Detectable Leak Rate -
Vacuum Method (Helium)
5 x 10-12 mbar L/sec | atm cc/sec
Min. Detectable Leak Rate -
Vacuum Method (Sniffing)
5 x 10-9 mbar L/sec | atm cc/sec
Max. Inlet Pressure - Vacuum Test Modes
GROSS - 25 mbar | FINE - 5 mbar | ULTRA - 0.5 mbar
(GROSS - 19 Torr | FINE - 4 Torr | ULTRA - 0.4 Torr)
Test Methods
Vacuum (includes AutoTest) | Sniffing
Helium Pumping Speed
2.5 L/sec (ULTRA mode)
Protection Category
IP 20
Inlet Flange
DN 25 ISO-KF
Start-up Time
≤ 3 minutes
Accessory Interfaces
USB port | Barcode | Accessory 1&2 | Wireless remote control | Wired remote screen
Communication Options
Serial ports: RS-232 | RS-485 | Ethernet
I/O Options
Remote I/O | Local I/O
No accessories available.

Product Brochures

TITAN VERSA Product Overview
TITAN VERSA PM Services
Leak Detector Lease & Rental Options

Drawings

TITAN VERSA Maintenance Cart Drawing
TITAN VERSA T | TD Drawing

Manuals / User Guides

TITAN VERSA Helium Leak Detector User Manual
TITAN VERSA Remote I/O Module User Manual
TITAN VERSA Maintenance Cart User Manual
TITAN VERSA High-Flow Valves User Manual
TITAN VERSA Helium Leak Detector User Manual - Spanish

Videos

TITAN VERSA Helium Leak Detector

Forms

Helium Leak Detector Rental Form

Reference Materials

Presentation: Production Leak Testing: Optimizing Helium Usage and Alternate Test Methods