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Quick Start Guide
MODEL DKSW5580
SW5580 DEMO KIT - DESCRIPTION
Metrix SW5580 Demo kit will allow you to
demonstrate and test the features of the
SW5580 using the MX2033 Driver and the
SA6200A Accelerometer when they are
properly connected as a system. The kit will
include everything needed to demonstrate
the SW5580 capabilities. It is assumed that
the owner of this kit also has a DK2030 DPS
Demo Kit as well as a Hardy Shaker.
This demo kit can be used for both Metric and English Unit Measurements.
Visit the webpages below for more information on the Metrix SW5580:
www.metrixvibration.com/resources/videos/5580-and-sw5580-videos
www.metrixvibration.com/resources/animations/reciprocating-compressor-
monitoring-animation
SW5580 DEMO KIT - DESCRIPTION
Component
SW5580 Demo Kit
Bundle
Purpose
Demonstrate the versatility and functions
of the 5580/SW5580.
Doc. 1963579 | Rev B (December 2024) | 1 of 12
Metrix P/N
DKSW
5580-001
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Summary of Contents for Metrix DKSW5580
- Page 1 DK2030 DPS Demo Kit as well as a Hardy Shaker. This demo kit can be used for both Metric and English Unit Measurements. Visit the webpages below for more information on the Metrix SW5580: www.metrixvibration.com/resources/videos/5580-and-sw5580-videos www.metrixvibration.com/resources/animations/reciprocating-compressor-...
- Page 2 INCLUDED IN KIT Component Purpose Metrix Model Image SW5580 Dual Demonstration SW5580 Channel Switch Unit DPS MX2033 DPS unit MX2033-01- 3-Wire Proximity that will be 08-05-05 Driver demonstrated 3 conductor cable to Transducer Cable connect the 9041-0015 (1.5M) MX2033 to...
- Page 3 INCLUDED IN KIT (Continued) Component Purpose Metrix Model Image Setup demo Quick Start Guide 1963579 instructions Follow the link: www. metrixvibration. 5580/SW5580 Configure the com/products/ Software 5580/SW5580 switches/electronic- vibration-switches/ sw5580-smart- vibration-switch NOT INCLUDED IN KIT (Needed for Demonstration) Component Purpose...
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Page 4: Demo Set Up
DEMO SET UP SW5580 Demonstration (Accel / Impact and Position / Rod Drop) Doc. 1963579 | Rev B (December 2024) | 4 of 12... - Page 5 Doc. 1963579 | Rev B (December 2024) | 5 of 12...
- Page 6 CONNECTING DEMO HARDWARE 1. Layout the equipment per the illustration on pages 4 and 5. 2. Mount the SA6200A to the HI-903/HI-913 Shaker (hand tighten using counter torque to not stress the shaker mounting structure). 3. Connect the acceleration cable (9334-211-009-0010) to the SA6200A that is mounted on the HI-903/HI-913 Shaker.
- Page 7 DEMONSTRATING THE SW5580 CAPABILITIES Given: Download the free 5580/SW5580 Configuration software from the website. The SW5580 should be configured for Acceleration and Displacement. Channel 1 should be configured for Acceleration (100 mV/g or 10.2 m/sec ) with a Scale Range of 0-10 g. Channel 2 should be configured for Proximity (200 mV/ mil or 7.87 mV/µm) with a Scale Range of 10-90 mils.
- Page 8 SA6200A ACCELEROMETER AND HI-913/903 SHAKER DEMONSTRATION (Continued) 5. Show the Customer the Setup. Have the customer increase the vibration to 2 g’s peak on the Shaker. Point out that the alarm has not initiated and the reading on the Display screen agrees with the Shaker for both “g” level and milliamps (+/- 5%).
- Page 9 MX8030 / MX2033 THRUST POSITION OR ROD POSITION DEMONSTRATION USING THE DIGITAL MICROMETER (Continued) 3. Configure the Relays to: a. Channel 2 Alert Level: Over: 58 mils Under: 42 mils 3 seconds No Latching b. Channel 2 Danger Level: Over: 70 mils Under: 30 mils 3 seconds No Latching...
- Page 10 IMPACT DEMONSTRATION USING THE SA6200A ACCELEROMETER AND HI-913/903 SHAKER (Continued) 1. Connect the Computer, with the 5580/SW5580 Software loaded, to the mini-USB on the front panel of the SW5580. 2. Configure Channel 1 of the SW5580 for: Input Signal Type: Acceleration Sensor Output: 100 mV/g Bandpass Filters:...
- Page 11 IMPACT DEMONSTRATION USING THE SA6200A ACCELEROMETER AND HI-913/903 SHAKER (Continued) during the time window (Reset Time = 0.4 seconds, 0.4 seconds x 20 cycles per second = 8 impacts (simulated)). The Display should now read 12 mA and 8 Impacts. The Voltmeter reading milliamps should show 12 mA’s (+/- 5%) (4 mA + 8 mA = 12 mA, 1 mA per Impact).
- Page 12 L2 ratio. Have the customer test the alarms as in the other demonstrations. Note: Metrix is continuously improving our products. Please refer to our website to download the latest version of this document. All trademarks used in this document belong to Metrix.
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