Oceanic Instruments Quality Management Practice Formally Implemented

Oceanic Instruments Quality Management Practice Formally Implemented In order to strengthen the quality control of the development process of marine instrumentation equipment (engineering prototypes and prototypes) and standardize the operation of sea trials and evaluation of results, the Office of Ocean Technology Experts of the 863 Program issued the "Quality Management Standard for the Development of Marine Instruments and Equipment" promulgated in 2008 (on trial). ) and the "Standardized Maritime Testing Management Regulations" (Trial) have been revised and formally released before the implementation.

The "Quality Management Standards for the Development of Marine Instruments and Equipment" carried out the chapters of the original trial version of the quality management procedures and basic requirements, the contract review, the quality control of the design process, the production process quality control, the indoor testing and the offshore testing, and the third party independent inspection. The re-planning is divided into two parts: the main body of quality management, the scope and content of quality management. The original 35 was simplified to twenty-three.

The "Standardized Maritime Testing Administrative Measures" re-positions the two parts of the trial version of the management organization and functions, and the general procedures for standardized maritime trials, to reorient the main body of responsibility for standardized maritime trials and to standardize the general procedures for maritime trials. As a result, the previous fourteen articles have been increased to sixteen.

The marine economy is making rapid progress, and the demand for marine instruments is also increasing. With the upgrading of the national marine strategy, marine instruments will play a more important role in the process of building a marine power. The revision and implementation of the specifications greatly promoted the development and development of marine instruments.

Tapered idler is also called conical idler, Cone Idler, taper Idler Roller. Tapered idler has the advantages of wear resistance, long service life. Light weight, small rotating inertia, reasonable structure reliable sealing and excellent corrosion resistance.

Taper Idler 

Features:

 1)Steady running, reliable quality and reduce maintenance;

 2)Less movement longitudinally, rotating smoothly, extends the life span;

 3)Various bearing housing and sealing structure are available for the customer's choice;

 4)Multi pass labyrinthine sealing, preventing the mixed dirt and water immersed;

 5)Manufacturing by steel pipe especially for of high precision roller, ensuring the strong load, low shaking and less noise.

 

Name 

Belt width

Standard diameter(mm)

Length

Bearings

(mm)

One side

The other side

(mm)



Taper 

800

89

133

170-1400

6204


1000

108

159

6204 6205

idler

1200

108

176

6204 6205


1200

133

194

6204 6205


1400

108

176

6204 6205


1400

133

194

6204 6205

 

Main Deep Groove Ball Bearing for Taper Idler Roller:

Series 60.., 62.., 63..,  Open/ ZZ/2RS..

6200 Series - Light Series Ball Bearings â€“ Balanced between space and load capacity

6300 Series - Medium Series Ball Bearings â€“ Ideal for heavier load capacity applications

 

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Taper Idler

Taper Idler,Taper Idler Roller,Non-Driven Tapered Roller,Tapered Belt Idlers

Shandong Xinkaite Bearing Co., Ltd. , http://www.idlerbearing.nl