001 Stand Alone Low Voltage - Garney Construction

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Bulletin 150 SMC Flex Dual Ramp Start with Selectable Kickstart This starting method is useful on applications with varying loads, starting torque, and start time requirements. Dual Ramp Start offers the user the ability to select between two separate Start profiles with separately adjustable ramp times and initial torque settings. The kickstart feature provides a boost at startup to break away loads that may require a pulse of high torque to get started. It is intended to provide a current pulse, user adjustable 0…90% locked rotor torque for a selected period of time from 0.0 to 2.0 seconds. Figure 1.8: Dual Ramp Start Percent Voltage 100% Ramp #2 Initial Torque #2 Initial Torque #1 Ramp #1 Start #1 Run #1 Start #2 Run #2 Time (seconds) To obtain Dual Ramp Start control, the following parameters are available when you select Dual Ramp in the Option 2 Input parameter. Table 1.C: Dual Ramp Start Parameters Parameter SMC Option Starting Mode Ramp Time Initial Torque Current Limit Level Torque Limit Kickstart Time Kickstart Level Option 2 Input Starting Mode 2 Start Time 2 Initial Torque 2 Current Limit Level 2 Torque Limit 2 Kickstart Time 2 Kickstart Level 2 Stop Mode Stop Time Adjustments Standard Full Voltage, Current Limit, Soft Start, Linear Speed 0…30 s 0…90% LRT 50…600% FLC 0…100% LRT 0.0…2.0 s 0…90% LRT Dual Ramp Full Voltage, Current Limit, Soft Start, Linear Speed 0…30 s 0…90% LRT 50…600% FLC 0…100% LRT 0.0…2.0 s 0…90% LRT Disable 0 s 1-9
Bulletin 150 SMC Flex Figure 1.9: Dual Ramp Start Sequence of Operation 100% Ramp #2 Coast-to-rest Percent Voltage Ramp #1 Soft Stop Start #1 Start #2 Run #1 Run #2 Soft Stop Push Buttons Time (seconds) Start Stop Soft Stop Closed Open Closed Open Closed Open Auxiliary Contacts If Soft Stop Selected Normal Up-to-speed Closed Open Closed Open If Coast-to-rest Selected 1-10
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Garney Construction 785 E Warren Ga
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PROJECT SUBMITTAL Project Owner: Wa
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Tab 3. Product References Circuit
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Practices that Guard against ESD Th
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Handling Sensitive Components Corre
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What Causes Electrostatic Damage? E
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If we pick up the chip, it becomes
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Safety Guidelines for the Applicati
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Section 1: Definitions 3 Section 1:
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Section 2: General Authorized Engin
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Section 2: General Authorized Engin
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Section 3: Application Guidelines 9
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Section 4: Installation Guidelines
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Section 4: Installation Guidelines
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Section 5 : Preventive Maintenance
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Section 5 : Preventive Maintenance
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Publication SGI - 1.1 — January 2
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Important User Information Solid-st
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soc-ii Summary of Changes Notes: Pu
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ii Table of Contents Chapter 6 Appe
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P-2 Overview Recommended Cable/Wire
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1-2 Wire/Cable Types General Materi
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1-4 Wire/Cable Types Figure 1.3 Cab
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1-6 Wire/Cable Types Type 3 Install
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1-8 Wire/Cable Types Type 3 Install
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1-10 Wire/Cable Types Input Power C
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1-12 Wire/Cable Types Analog Signal
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1-14 Wire/Cable Types Remote I/O an
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2-2 Power Distribution Delta/Delta
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2-4 Power Distribution TN-S Five-Wi
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2-6 Power Distribution Transformer
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2-8 Power Distribution Table 2.C AC
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2-10 Power Distribution Drive Catal
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2-12 Power Distribution PowerFlex 7
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2-14 Power Distribution 1336 Family
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2-18 Power Distribution Using Power
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2-20 Power Distribution Braking Cho
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3-2 Grounding Grounding PE or Groun
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3-4 Grounding The grounding scheme
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3-6 Grounding Effective Grounding P
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3-8 Grounding Notes: Publication DR
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4-2 Practices Zinc-plated steel is
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4-4 Practices Figure 4.3 Bolt Mount
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4-6 Practices Figure 4.5 Terminatin
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4-8 Practices Do not lay one ground
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4-10 Practices Spacing Notes: 1. Bo
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4-12 Practices Common Mode Current
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4-14 Practices Cable Trays When lay
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4-16 Practices Figure 4.14 Plain Co
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4-18 Practices Conductor Terminatio
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4-20 Practices Notes: Publication D
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5-2 Reflected Wave (CIV) for the ai
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6-2 Electromagnetic Interference Co
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6-4 Electromagnetic Interference Pu
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6-6 Electromagnetic Interference En
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A-2 Motor Cable Length Restrictions
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A-10 Motor Cable Length Restriction
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Glossary-2 Dry Dry locations per Pe
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Glossary-4 Notes: Publication DRIVE
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Index-2 Ungrounded Secondary, 2-3 D
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Index-4 Surge Protection MOV, 2-17
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Product Details and Certifications
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http://raise.rockwellautomation.com
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Yokogawa Corp. of America - Meter &
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Career │ Site Map │ Contact Us
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AMP-TRAP 2000 ® ATQR TIME DELAY/CL
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AMP-TRAP 2000 ® TIME DELAY/CLASS C
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Bussmann ® LOW-PEAK ® Time-Delay
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Bussmann ® LOW-PEAK ® Time-Delay
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Directory: Tools & Resources|Locati
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Directory: Tools & Resources|Locati
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9 KEY BENEFITS Unique protect
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469 SR Motor Protection System 469
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Product Details Product Details Pro
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POTENTIAL TRANSFORMERS THREE PHASE
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PowerFlex 70/700 Production Test Pr
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PowerFlex 70/700 Production Test Pr
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TEST PROCEDURE Test No: TEST 5015-0
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TEST PROCEDURE Test No: TEST 5015-0
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Customer: The Reynolds Co. End User
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Harmonic Estimator Report - Summary
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Harmonic Estimator Report - Spectru
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Page 246 and 247: Harmonic Estimator Report - Spectru
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Page 280 and 281: SMC-Flex Bulletin 150 SMC-Flex Appl
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Bulletin 150 SMC Flex Part Winding
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Bulletin 150 SMC Flex SMC-Flex Cont
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Bulletin 150 SMC Flex SMC-Flex Cont
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Bulletin 150 SMC Flex Motor Torque
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Bulletin 150 SMC Flex Chapter 4 Des
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Bulletin 150 SMC Flex Petrochemical
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Bulletin 150 SMC Flex Chapter 5 Phi
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Bulletin 150 SMC Flex Chapter 6 Int
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Bulletin 150 SMC Flex There are two
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Bulletin 150 SMC Flex Figure 6.8: S
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Bulletin 150 SMC Flex Chapter 8 Ref
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Bulletin 150 SMC Flex For single ph
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Bulletin 150 SMC Flex Motor Output
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Bulletin 150 SMC Flex Calculating T
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Bulletin 150 SMC Flex T (Accelerati
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Bulletin 150 SMC Flex Application L
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Bulletin 150 SMC Flex PF W = ------
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Bulletin 150 SMC Flex Notes 8-17
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Publication 150-AT002B-EN-P — Jun
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Drives Support > Drive Maintenance
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Drives Support > Drive Maintenance
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SupportPlus For consultation on hig
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SERVICE & SUPPORT Contract Callout
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Table of Contents 1. Introduction 1
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1.2.1 Feeder Input Data Sheet ALL P
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2.1 Motor Starting Study Discussion
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WPS RVSS Study1 - RVSS - MTRI-WPSSW
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2.2.2 SKM TMS Solid State Voltage R
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2500 1250 100 Percent Voltage Study
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2.3.2 SKM TMS 100% Voltage Start Re
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2.3.2 SKM TMS 100% Voltage Start Re
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2.4 SKM TMS 80% Voltage Start This
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2.4.2 SKM TMS 80% Voltage Start Rep
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4. Information 30
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