76578 Honeywell Sensing and Control, 76578 Datasheet - Page 11

• Manufacturer Part Number: 76578
• Description: SENSOR, PRESSURE SWITCH, NC, 8-13PSI
• Manufacturer: Honeywell Sensing and Control

Specifications of 76578

• Svhc: No SVHC (18-Jun-2010)
• Connection Size: 0.125"
• Termination Type: Screw
• Contact Configuration: NC
• Contact Current Ac Max: 1A
• Contact Current Dc Max: 15A
• Contact Material: Silver Alloy
• Contact: RoHS Compliant
• Switch Operation: SPST
• Terminal Type: 8-32 Screws, Œ" Blade
• Rohs Compliant: Yes

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Honeywell's commitment to the customer in past years and
present is what has helped us develop our
world-class manufacturing systems. Some of the methods by
which we continuously improve products and processes are
as follows:
Honeywell's Springfield and Spring Valley, Illinois facilities manufacture a broad range of electro and electronic-mechanical
products that include Hobbs hour meters, pressure and vacuum switches, off-highway vehicular lighting, transmission shifters,
turn signal controls, rotary switches, and off-highway vehicular hand controls. Honeywell's customer base is very broad
including industries such as automotive, agricultural, material handling, construction, marine, medical, heavy truck, lawn and
garden, recreational, generators, compressors and aviation. Our commitment to continuous improvement and total quality
management will allow for further expansion of its product lines and customer base while maintaining the highest standards of
excellence.
MANUFACTURING
It is the goal of Honeywell to meet customer value-needs
through continuously improved products and processes.
That is the basis by which we work to create a partnership with
our customers. Evidence of our commitment is proven by a
goal of a Shipped Product Quality Level (SPQL) of 100 ppm.
We utilize Advanced Quality Planning, and a QS9000 based
quality system.
QUALITY SYSTEMS
Six Sigma methodology is a strategy used to
accelerate improvements in our processes, products
and services, and to reduce manufacturing costs
and improve quality. It achieves this by relentlessly
focusing on eliminating waste and reducing defects
and variations.
Continuous Flow Process utilizing “Rabbit Chase”
concepts are used in the focused factories in order to
achieve the lowest total cost, defect-free product.
Single Minute Exchange of Dies (SMED method)
provides reduced time in the molding cell.
Statistical Process Control is used for measuring
critical dimensions and controlling manufacturing
processes.
Poka-Yoke method and computerized test equipment
are utilized to eliminate scrap and rework.
Kanban cards are used to pull raw material and piece
parts through the factory.
Bar coding and electronic data interchange (EDI) are
available.
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