Gammagraphs, SENTINEL™, DELTA 880
In challenging and sometimes remote industrial environments, gamma radiography is valued for its simplicity and reliability. The SENTINEL™ series 880 gamma ray source projectors deliver consistently in all conditions.
Experience extreme durability, simple operation, and low operator dose.
With over 12,000 units in service worldwide, from the northern reaches of Alaska to the harsh desert environments of the Middle East, the SENTINEL series 880 unit boasts nearly two decades of proven reliability and durability, offering you the longest equipment life for maximum production for your clients.
The versatility of using Ir-192, Se-75, and Yb-169 radioisotope sources maximizes non-destructive testing applications where you can utilize your SENTINEL series 880 projector, while advanced safety features minimize operator dose.
Designed, tested, and manufactured in accordance with the requirements of ANSI N432-1980, ISO 3999:2004(E), IAEA TS-R-1 (2009), IAEA SSR-6 (2012), USNRC 10CFR34, USNRC 10CFR71, and USDOT 49CFR173 standards.
Model 880 series projection devices are used for industrial gamma radiography applications, primarily with Ir-192, to inspect structures and materials with densities ranging from approximately 2.71 g/cm³ to 8.53 g/cm³.
Model 880 units also accommodate low-energy isotopes, enabling radiography of thin steel structures and low-density alloy materials. Model 880 units are also designed for use with low-activity sources with high photon energies used for massive absorption studies of high-density materials up to 18.7 g/cm³.
Vidéo
Spécifications
Primer application
Gamma industrial radiography
Model numbers
880 Delta
Certifications Forme Spéciale
Iridium-192, Selenium-75, Cobalt-60 & Cesium-137
Capacities of Radioactive Sources
Iridium-192
150 Ci
Selenium-75
150 Ci
Ytterbium-169
30 Ci
Cobalt-60
65 mCi
Cesium-137
380 mCi
Dimensions
Length
33 in (33.8 cm)
Width
5 in (19.1 cm)
Height
9 in (22.9 cm)
Weight of projection device
52 lb (24 kg)
Weight of depleted uranium shielding
34 lb (15.4 kg)
Depleted uranium shielding activity
5.4 mCi (200 MBq)
Temperature range of use
-40°C à 149°C (-40°F à 300°F)
Type B(U) Certification
USA/9296/B(U)-96 CDN/E199/-96
Approbation Type A
All models meet the requirements for Type A parcels 49 CFR 173.415 et IAEA TS-R-1 (review 1996)
Construction
A shield made of Depleted Uranium (DU) is enclosed in a cylindrical stainless steel casing sealed at the ends by welded stainless steel discs.
The interior void is filled with rigid polyurethane foam.
The body of the projection device is wrapped in a plastic jacket including the carrying handle and the base.
Materials
Titanium 'S' tube, DU shielding, cylindrical case and disc in 300 stainless steel, aluminium, brass, tungsten and polyurethane.
Inspection requirements
Daily pre-operational inspection to detect obvious damage to the system
Maintenance requirements
Most national regulations require quarterly inspection and maintenance of the system.
Annual comprehensive maintenance ensures system integrity.
More frequent inspections and maintenance are necessary when the system is used in harsh operating environments.
In some cases, the system must be immediately serviced after being used in severe working conditions.
Source holder cable
Source Cable" consists of a short, flexible steel cable with a female connector at one end used for connection to the remote control cable.
The female connector also includes a stainless steel spring and stop ball (previous versions of the source cable had the stop ball separate from the female connector).
The stop ball mechanically secures the positioning of the Source Cable within the locking mechanism and inside the radiography device.
