Introduction to Rupture Discs:
The document discusses two types of rupture discs: MICRO X and Composite, which are safety devices designed to protect systems from overpressure by bursting at a predetermined pressure.

MICRO X Rupture Disc:
This disc features a flat seat, cross-scored design for a full, non-fragmenting opening pattern, with a smooth inlet surface to resist corrosion.

Composite Rupture Disc:
Used with a Unisert Holder, it includes a metallic top section and seal, featuring a patented seven-hole design for non-fragmenting performance across various pressures.

UNISERT Assembly:
A rupture disc holder that enhances sealing capabilities and accommodates both MICRO X and Composite discs, allowing flexibility without replacing the holder.

Installation Features:
Includes alignment pins, a J-Hook for orientation, a stainless steel nameplate, and flow direction tags for correct installation verification.

Material and Temperature Specifications:
Available in materials like 316 Stainless Steel, Monel, Nickel, and Inconel, with specified maximum temperature limits for proper selection.

Pressure Ranges and Burst Tolerances:
Tables outline burst pressures and tolerances for MICRO X and Composite discs, ensuring precise performance.

Additional Features:
Protective liners, rings, and vacuum supports enhance durability and performance in corrosive or vacuum conditions.

Specifications:
Burst pressure ratings and manufacturing ranges are detailed, with adjustments for pressures below and above 50 psig. Special reduced ranges are available upon request.

B.D.I.® Alarm System:
Provides immediate notification of pressure relief, compatible with various designs, and triggers alarms upon disc rupture.

Code Compliance:
Manufactured in compliance with codes like ASME, DIN, EN, BSI, and JIS, with authorization to use the ASME Code Symbol Stamp.

Flow Performance Certification:
Certified by The National Board of Boiler and Pressure Vessel Inspectors, with an ASME accepted flow laboratory for testing.

Holder Specifications:
Ordering details include quantity, size, bolting class, material, and options, with a design that protects the disc during installation.

Quality Assurance/Documentation:
Includes ASME Code tests, special cleaning, packaging, tagging, temperature testing, and material test reports.

Operating Specifications:
Details required include maximum allowable working pressure, operating pressure and temperature, vacuum/backpressure, cycle conditions, and media type.

Contact Information:
Contact details for Continental Disc Corporation's headquarters and international offices are provided.