-
Supplier: OMEGA Engineering, Inc.
Description: Model 88008(*) Micro-sensor probe, designed for precise measurements of small surface areas, such as transistors and integrated circuits. Small contact surface area of 0.040 x 0.118" for fast response. 400C (750F) max. surface temperature. Note: element not replaceable. Model 88009(*)
- Sensed Temperature: 419 F
- Probe Features: Available as an Assembly
- Base, Noble and Refractory Metal Type: E, K
- Process Connection: None or Hand held
-
Supplier: Schmersal Inc.
Description: with leaf spring lever form 2H and lug made of spring steel Ø 0.8 mm Connector M16 x 1.5 Microswitch, cast encapsulated oil and gasoline resistant
-
Supplier: Allied Electronics, Inc.
Description: 3 A, 125 VAC, Subminiature Snap Action Switches Permits direct soldering to PC board. Quick reverse-action mechanism with two-leaf springs assures long life. Construction resistant to flux wicking. PCB termination. Standard: (resistive); 3 A @ 125 VAC, 2 A @ 30 VDC with 5.3 ozs.
-
-
Supplier: SAE International
Description: values. Residual stress values on leaf springs are measured with X-ray diffractometer and different residual stress values are classified on the same raw material batch which have also the same material failures. Finally, micro cracks are measured in metrics. Micro crack
-
Supplier: Honeywell Sensing & IoT
Description: MICRO SWITCH E6/V6 Series medium-duty limit switches feature an electrostatic applied epoxy coating to the zinc housings enhance the durability of the product in most environments. The E6/V6 family of switches incorporates the MICRO SWITCH BZ switch element which has the reliable
- Maximum Current Rating: 15 amps
- Maximum AC Voltage Rating: 125 to 480 volts
- Operating Temperature: -32 to 71 C
- Pre-travel: 0.01181103 inch
-
Supplier: Honeywell Sensing & IoT
Description: MICRO SWITCH E6/V6 Series medium-duty limit switches feature an electrostatic applied epoxy coating to the zinc housings enhance the durability of the product in most environments. The E6/V6 family of switches incorporates the MICRO SWITCH BZ switch element which has the reliable
- Maximum Current Rating: 10 amps
- Maximum AC Voltage Rating: 125 to 250 volts
- Maximum DC Voltage Rating: 125 to 250 volts
- Operating Temperature: -32 to 71 C
-
Supplier: Honeywell Sensing & IoT
Description: MICRO SWITCH E6/V6 Series medium-duty limit switches feature an electrostatic applied epoxy coating to the zinc housings enhance the durability of the product in most environments. The E6/V6 family of switches incorporates the MICRO SWITCH BZ switch element which has the reliable
- Maximum Current Rating: 15 amps
- Maximum AC Voltage Rating: 125 to 600 volts
- Maximum DC Voltage Rating: 125 to 250 volts
- Operating Temperature: -32 to 71 C
-
Supplier: Honeywell Sensing & IoT
Description: MICRO SWITCH E6/V6 Series medium-duty limit switches feature an electrostatic applied epoxy coating to the zinc housings enhance the durability of the product in most environments. The E6/V6 family of switches incorporates the MICRO SWITCH BZ switch element which has the reliable
- Maximum Current Rating: 15 amps
- Maximum AC Voltage Rating: 125 to 480 volts
- Maximum DC Voltage Rating: 125 to 250 volts
- Operating Temperature: -32 to 71 C
-
Supplier: Aratas America LLC
Description: Ultra subminiature and dust proof Sealing by using rubber packing means the switch can be used in dust-proof environments (IEC IP6X). Switch rating of 2 A at 125 VAC possible with a single-leaf movable spring. Models for micro loads are also available. Solder and PCB terminals
- Maximum Current Rating: 2 amps
- Maximum AC Voltage Rating: 125 volts
- Maximum DC Voltage Rating: 30 volts
- Features: Dustproof, Other
-
Supplier: Allied Electronics, Inc.
Description: SS Series Compatible Mounting with a Simple Construction and Easy-To-Use Design Concept Insert Molded Base Provides Enhanced Resistance to Flux Switch Rating of 3 A at 125 VAC Possible with a Single-Leaf Movable Spring. Models for Micro Loads with Gold Crossbar Contact Are Also
-
Supplier: Allied Electronics, Inc.
Description: SS Series Compatible Mounting with a Simple Construction and Easy-To-Use Design Concept Insert Molded Base Provides Enhanced Resistance to Flux Switch Rating of 3 A at 125 VAC Possible with a Single-Leaf Movable Spring. Models for Micro Loads with Gold Crossbar Contact Are Also
-
Supplier: Dupont Molykote
Description: the rolling of the ends of vehicle leaf-springs, folding of sheet metal edges, hot rolling of cutters, and drop forging of flywheels made from St 37, as well as for the lubrication of separator plates on chipboard presses.
- Operating / Use Temperature: -4 to 2,102 F
- Density / Specific Gravity (@15.6°C, 60°F): 1.5 specific gravity
- Applications: Automotive / Transportation
- Type / Function: Grease / Gel, Lubricant, Metal Forming Fluid, Metal Working Fluid
Find Suppliers by Category Top
More Information Top
Indicates content that may require registration and/or purchase.
-
Operating Range Optimization of a Slider With an Integrated Microactuator (SLIM) for Hard Disk Drives
The micro leaf springs were also de- signed using FEM simulations with ANSYS.
-
Microwork transfer system in a nanomanufacturing world
… Pallet o Tamr pin o oe .* .ee : .. o B 8 o o o o o Turntable 90 degrees rotation each Concentrated arrangement Fig. 5 Microwork transfer system using pallets I.=g(X)gm Pallet Micro chuck Leaf spring (thickness B=I25gm) Fig …
-
Force microscopy, odd springs and protein folding: complexity in the kitchen experiment
The forces that act on the probe tip bend the micro leaf spring .
-
Micro electrostatic actuators in dual-stage disk drives with high track density
By adjusting micro leaf - spring constant and the mass of a micro HGA subsystem, the micro actuator system can achieve a 10 kHz bandwidth.
-
Structural optimization of a large-displacement electromagnetic Lorentz force microactuator for optical switching applications
J S Han et al . meander . leaf spring shuttle micro mirror .
-
Fatigue assessment and failure analysis of shot‐peened leaf springs
Keywords automotive structures; high-strength steels; fatigue; leaf springs ; micro struc- ture; shot peening.
-
http://dspace.mit.edu/bitstream/handle/1721.1/27098/56835453-MIT.pdf?sequence=2
Figure 2-9: Schematic ofcompound linear leaf spring in micro -rheometer..
-
Compensation of microwave‐source heating attenuation into epoxy–glass composites: Experimental results
ABSTRACT The final goal of this study was to manufacture an epoxy–glass leaf spring by micro wave processing.
-
Nonlinear buckling analysis of vertical wafer probe technology
Fig. 5 Micro - spring ( left ) and comparison between the load–displacement behavior of a micro-spring and that of a buckling needle in a vertical probe (note that probe card manufacturers typically measure load and displacement values in grams and mils, respectively .
-
Laser-chemical precision machining of micro forming tools at low laser powers
Figure 3: With the Laser-Jet-Process manufactured micro gripper made of nitinol ( left ), micro spring made of nickel-titanium (middle) and a v-shaped cavity in nickel (right .