TITAN VERSA T - Front View TITAN VERSA T - Left Isometric TITAN VERSA T - Rear view VERSA T BACK TITAN VERSA T - Rear View TITAN VERSA T - Wet Pump TITAN VERSA Menus TITAN VERSA Bar Graphs TITAN VERSA Graphs

The TITAN VERSA T (Tower) 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 (T)
  • Pump: Single-stage rotary vane
  • Pump Speed: 6.0 m3/h (3.5 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
Single-stage rotary vane (mounted in bottom)
Pumping Speed Capacity
6.0 m3/h | 3.5 CFM
Dimensions (W x H x D)
559 x 607 x 305 mm | 22.0 x 23.9 x 12.0 in
Weight
44 kg | 97 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)
100 - 130 V~ | 208 - 240 V~
Electrical Power (Max)
700 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