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ZLSA35A1AR Datasheet(PDF) 2 Page - Honeywell Solid State Electronics Center |
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ZLSA35A1AR Datasheet(HTML) 2 Page - Honeywell Solid State Electronics Center |
2 / 6 page How to read and understand the bar chart The following example relates to a unit which has a snap action basic and which has a roller pin plunger actuator i.e. ZLCB01C. When reading these bar charts follow these rules: 1. Check what type of actuator was used to test the product, this is on the drawings which show the head style available. It will be one of two types: a) Vertical travel plunger b) Linear cam travel 2. Start reading from top left of figure B, at the arrow labeled ‘‘A’’. 3. Follow the black arrows and the black strip on the chart. The black strip indicates that there is a circuit between the terminals whose numbers are shown on the left and when white there is no circuit. All dimensions are in mm/(inches). Figure A Figure B Look at Figures A and B as examples. Actuator type used for test is the linear Cam travel type (b) shown left. The start point is at the arrow marked ‘‘A’’ (See fig. B). This shows the free position to be 5.3mm from the vertical center line of the unit. At this stage there is a circuit between the terminals 21-22 but no circuit between terminals 13-14. The unit can be actuated until it reaches the operating position which is 10.5 mm from the center line – a travel distance of 10.5 – 5.3 =5.2 mm from the free position. At this point the circuit arrangement changes – no circuit between 21-22 but making a circuit between 13-14. If, however, the contacts of terminals 21-22 weld together and will not separate, a mechanical safety feature will take effect if the switch is travelled past the point from which positive opening is assured, 13.9 mm. Actuator can continue to travel to the end position (O.T. Overtravel Position) at total travel position 17.3mm. As the switch returns it reaches the release position at 8.9 mm from the center line. The circuit will change back to the original state and the difference between the operating position and the release position gives what is known as the differential travel i.e. 10.5 – 8.9 = 1.6 mm. The asterisk (*) indicates the point from which the positive opening is assured. ZLA ZLB ZLC ZLD ZLE ZLF Standard EN 50041 EN 50041 EN 50047 EN 50047 EN 50047 3-cable entry EN 50047 2-cable entry Enclosure Metal Plastic Metal Plastic Metal Plastic Operating Temperature -25~ +120°C -25~ +80°C -25~ +80°C -25~ +80°C -25~ +80°C -25~ +80°C Humidity <95%RH <95%RH <95%RH <95%RH <95%RH <95%RH Shock/Vibration 10 g / 50 g 10 g / 50 g 10 g / 50 g 10 g / 50 g 10 g / 50 g 10 g / 50 g Operating Speed 0.05mm-2m/s 0.05mm-2m/s 0.05mm- 2m/s 0.05mm-2m/s 0.05mm-2m/s 0.05mm-2m/s Operating Frequency 120 ops/min 120 ops/min 120 ops/min 120 ops/min 120 ops/min 120 ops/min Contact Resistance <25m Ω <25m Ω <25m Ω <25m Ω <25m Ω <25m Ω Degree of Protection IP67 IP65 IP67 IP65 IP67 IP65 Electrical Rating AC15 A600 DC13 Q300 AC15 A300 DC13 Q300 AC15 A300 DC13 Q300 AC15 A300 DC13 Q300 AC15 A600 DC13 Q300 AC15 A300 DC13 Q300 Dielectric Strength 2500V 2500V 2500V 2500V 2500V 2500V Mechanical Life 107 107 107 107 107 107 Electrical Life 5X105 5X105 5X105 5X105 5X105 5X105 ZLS Series Global Limit Switches |
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