API 607 FIRE SAFE BALL VALVES

Standards confirm to API 607 4th/5th/6th, ISO 10497-5, BS 6755 Part II
During fire hazard, overheated pipeline or similar situation, the valve should be closed to prevent or hinder the flammable fluid (liquid, gas or gases formed from liquid phase) from passing for a given period of time. Where any leakage occurs, the leakage rate should be controlled at an allowable quantity.

Standards confirm to API 607 4th / 5th / 6th
ISO 10497-5, BS 6755 Part II

During fire hazard, overheated pipeline or similar situation, the valve should be closed to prevent or hinder the flammable fluid (liquid, gas or gases formed from liquid phase) from passing for a given period of time. Where any leakage occurs, the leakage rate should be controlled at an allowable quantity.

The purpose

During fire hazard, overheated pipeline or similar situation, the valve should be closed to prevent or hinder the flammable fluid (liquid, gas or gases formed from liquid phase) from passing for a given period of time. Where any leakage occurs, the leakage rate should be controlled at an allowable quantity.

Design

Seats/Ball interface the seat is designed with a lip which secures the metal to metal seating once the soft seal insert is melting down. Valves become trunnion mounted and as such at low pressure, the contact seat/ball is helped by springs. When working at high pressure, the pressure keeps the upstream seat in contact with the ball. To avoid external leakage, all sealing areas (body seal, stem packing) or a secondary sealing system, mostly graphite must be provided for this purpose.

Industry Applied

Chemical, Petrochemical, Oil & Gas, paraffin/ Kerosene, Emergency cut-off valves


Medium / fluid

Flammable gas, liquid, chemical products, solvent, fuel material, hot coal

API 607 FIRE SAFE BALL VALVES

Standards confirm to API 607 4th/5th/6th, ISO 10497-5, BS 6755 Part II
During fire hazard, overheated pipeline or similar situation, the valve should be closed to prevent or hinder the flammable fluid (liquid, gas or gases formed from liquid phase) from passing for a given period of time. Where any leakage occurs, the leakage rate should be controlled at an allowable quantity.

Standards confirm to API 607 4th / 5th / 6th
ISO 10497-5, BS 6755 Part II

During fire hazard, overheated pipeline or similar situation, the valve should be closed to prevent or hinder the flammable fluid (liquid, gas or gases formed from liquid phase) from passing for a given period of time. Where any leakage occurs, the leakage rate should be controlled at an allowable quantity.

The purpose

During fire hazard, overheated pipeline or similar situation, the valve should be closed to prevent or hinder the flammable fluid (liquid, gas or gases formed from liquid phase) from passing for a given period of time. Where any leakage occurs, the leakage rate should be controlled at an allowable quantity.

Design

Seats/Ball interface the seat is designed with a lip which secures the metal to metal seating once the soft seal insert is melting down. Valves become trunnion mounted and as such at low pressure, the contact seat/ball is helped by springs. When working at high pressure, the pressure keeps the upstream seat in contact with the ball. To avoid external leakage, all sealing areas (body seal, stem packing) or a secondary sealing system, mostly graphite must be provided for this purpose.

MD-51FS

API 607 (4th) MD-51FS

V-755

API 607 (4th) MD-52FS

MD-82

API 607(6th) MD-82 below 4"

V-755

API 607(6th) MD-82 4"~8"

MD-82

API 607(6th) MD-82 6"~12"

MD-28FS

API 607(6th) MD-28FS below 4"

V-908

API 607(6th) V-908 below 4"

V-255FS

API 607(6th) V-255FS below 4"

HPV-40-41-42-43

API 607(5th) HPV-40,41,42,43

V-255

API 607(4th) V-255M

V-755

API 607(6th) V-155FS 1/4"~4"

V-755

API 607(6th) V-755FS 1/4"~4"

V-166FS

API 607(6th) V-166FS below 4"


fire-safe fire-safe fire-safe fire-safe fire-safe fire-safe fire-safe fire-safe fire-safe