Sugatsune America, Inc.

Catalog 201 29-99 Cabinet Handles, Pulls & Knobs

Sugatsune America,Inc. is manufacturer and distributor stainless steel drawer slides, stainless steel hinges, latches, lid stays, handles, folding door hardware, cabinet hardware,etc

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58 HANDLE M4×25 XLA-HA Item No. XLA-HA 96 XLA-HA128 XLA-HA192 XLA-HA256 XLA-HA320 L 109 141 205 269 333 HANDLE Insulating Layer Insulating Layer C 96 ( 3-25/32" ) 128 ( 5-1/32" ) 192 ( 7-9/16" ) 256 ( 10-5/64" ) 320 ( 12-19/32" ) Weight (g) 132 142 144 180 200 Box (pcs) 20 10 Carton (pcs) 80 60 No. Part Name Bar ➀ ➁ Post Material Aluminum Alloy Zinc Alloy M6×20 Finish Anodized Matte Silver SGH-200 • SGH-200 is a specially insulated handle designed to reduce shock from static electricity build-up as well as inhibit bacterial transfer. • Textured, soft handle improves grip in manufacturing environments where lubricants are used, improving conditions when slippage is a safety concern. • Un-obtrusive light blue color. • Suitable for use in environments -22°F to 176°F (-30°C to 80°C). • For use in medical, pharmaceutical, and electronic equipment; for use in educational, institutional, and industrial facilities where limiting transfer of static electricity or bacteria is important to operations. 174.6 (6-7/8") (7-7/8") 200 Properties of Special Elastomer Coating (kv) 10 (kv) 10 (kv) 10 (kv) 10 Insulating Layer Insulating Layer M6, Depth 1" 1" Note: Details provided for this hardware's properties/specifications are for general information only. Grounding is required to discharge electricity, and shock reduction is effective only when installed on electrically conductive surfaces. Safety of a final product or equipment is not guaranteed when used as a component. This hardware is designed to reduce-not completely eliminate-shock from static electricity. Sensitivity to shock may vary. Pathway of Electrical Discharge 5 5 5 5 0 010010 0 15 sec 15 sec Graph A Touching a standard metal handle 0 010010 0 15 sec Graph B Touching an insulated handle The y-axis represents the natural voltage of the human body (in kiloVolts), and the x-axis represents elapsed time (in seconds). Contact with the hardware occurs at the 4 second mark. There is an instantaneous discharge to 0kV in Graph A, compared to a delayed discharge to 1kV over 2 seconds in Graph B. This would result in a stronger electric discharge and shock for a metal handle (Graph A) compared to the SGH-200 (Graph B). Item No. SGH-200 Color Light Blue Material Base Material: Polyamide; Coating: Special Elastomer In the figures above, a human hand with a positive charge is approaching a conductive surface with a negative charge (e.g., metal). The figure on the right incorporates a layer to insulate the discharge. 15 sec Direct physical contact with a conductive surface (metal, etc.) may result in a discharge of static electricity, causing discomfort. The insulating coating of the SGH- 200 acts as a buffer to reduce the rate of discharge and lessen the resulting shock (depicted above). The elastomer used for insulation incorporates a resin specially formulated for a specific conductivity. (kv) 10 (kv) 10 (kv) 10 (kv) 10 5 5 5 5 0 010 0 010 15 sec 15 sec Weight (g) 250 0 010 0 Box (pcs) 20 1-800-562-5267 (U.S.A. Only) 010 Carton (pcs) 200 15 sec 15 sec HANDLES, PULLS & KNOBS HANDLES (3-1/8") 79.4

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