8862474002 TE Connectivity

NETM1000 Table 1: Dimensions Inside Diameter (D) Wall Thickness (W) Size mm. in. mm. in. 3 3 0.5 .118 .02 0.5 .1 .020 .004 4 4 0.5 .157 .02 0.5 .1 .020 .004 5 5 0.5 .197 .02 0.5 .1 .020 .004 6 6 0.5 .236 .02 0.5 .1 .020 .004 8 8 0.5 .315 .02 0.5 .1 .020 .004 10 .394 .02 .020 .004 10 0.5 0.5 .1 12 12 0.5 .472 .02 0.5 .1 .020 .004 14 14 0.5 .551 .02 0.5 .1 .020 .004 Table 2: Properties Property Unit Requirement Test Method Dimensions Inches (mm) Table 1 ASTM D 2671 Tensile Strength PSI (MPa) 1500 (10.3) minimum ASTM D 2671 Elongation Percent 150 minimum 20 inches/minute Longitudinal Change Percent -10 maximum ASTM D 2671 Low Temperature Flexibility -- No cracking Note 1 4 Hours at -55 3 C Heat Shock -- No dripping, flowing or ASTM D 2671 cracking 4 hours at 250 3C Heat Age, 168 hours at 175 3C followed by tests for PSI (MPa) 1500 (10.3) minimum ASTM D 2671 Tensile Strength Percent 150 minimum 20 inches/minute Elongation 3 Volume Resistivity ohm-m 10 minimum ASTM D 2671 Flammability -- No flaming or glowing ASTM D 2671 longer than 1 minute Procedure C from any flame application. 25% max. flag burn. No burning of cotton. Voltage Withstand Volts 1000 volts for 1 minute, ASTM D 2671 minimum 2015 Tyco Electronics Corporation. All Rights Reserved Customer Drawing Title: NETM1000 Tubing Tyco Electronics reserves the right to amend this drawing at any Document No : time. Users should evaluate the suitability of the product for their NETM1000 application Cage Code: Scale: Size: Rev. Date: Sheet: Rev.: 06090 None A 23-Oct-2015 1 of 2 B If this document is printed it becomes uncontrolled. Check for the latest revision. Properties, continued Property Unit Requirement Test Method Fluid Resistance Note 2 1 Hour at 50 C in Battery Acid followed by test for: Percent 15 maximum Weight Increase 24 Hour at 23 C in Gasoline Diesel Fuel Transmission Oil Power Steering Fluid followed by test for: Percent 15 maximum Weight Increase 1 Hour at 50 C in Motor Oil 15W/40 Brake Fluid, DOT 4 followed by test for: Percent 15 maximum Weight Increase 1 Hour at 23 C in Antifreeze 50/50 followed by test for: Percent 15 maximum Weight Increase Note 1: Test three specimens of tubing for low temperature flexibility as follows: Slide the tubing onto a stranded AWG wire (nearest AWG which will fit inside the tube). Condition the specimens and a mandrel, selected from Table 2, in a cold chamber for 4 hours at -55 3 C (-67 5 F). After completion of the conditioning period and while still in the cold chamber at the specified temperature, bend the specimen around the mandrel through not less than 360 degrees in 10 2 seconds. Visually examine the tubing for cracks. Note 2: Six specimens, three 6-inch (150-mm) tubing specimens, which shall be weighed prior to immersion and shall be immersed in each of the test fluids listed at the temperature specified. The volume of the fluid shall not be less than 20 times that of the specimens. After conditioning, all the specimens shall be lightly wiped and air dried for 30 to 60 minutes at 23 3 C (73 5F). The three specimens shall be reweighed after immersion and the weight change calculated as a percentage. Table 3: Mandrel Dimensions for Bend Testing Size Mandrel Diameter mm in. 3 to 6 inclusive 7.9 0.05 5/16 0.002 8 to 14 inclusive 9.5 0.08 3/8 0.003 Rev. Date: Document No. Sheet: Rev.: 23-Oct-2015 2 of 2 B NETM 1000 If this document is printed it becomes uncontrolled. Check for the latest revision.