SED2 Variable Frequency Drives Conventional Bypass (C-Bypass) Options

Transcription

1 SED2 Variable Frequency Drives Conventional Bypass (C-Bypass) Options Product Description The SED2 Conventional Bypass (C-Bypass) Options are companion packages for the family of SED2 Variable Frequency Drives (VFDs). Contents The SED2 C-Bypass Option consists of a SED2 VFD and a bypass enclosure which includes Step-down power transformer Contactors Bypass Output Input (Optional) Overload (current) relay Reactor (optional) Disconnect switch (or optional circuit breaker) Fuses (optional) Warning/Caution Notations WARNING: CAUTION: Personal injury/loss of life may occur if you do not follow the procedures as specified. Equipment damage, or loss of data may occur if you do not follow the procedures as specified. Expected Installation Time 45 minutes Product Numbers Your Part Number V B A. X Example Part Number V B A D X Model(s) VB Vfd with Bypass VV Vfd Variant BY BYpass only Series A Conventional Bypass (Standard) Voltage V to 240 V to 480 V to 600 V HP rating 0.5, 0.7, 1.0, 1.5, 2.0, 3.0, 4.0, 5.0, 7.5, 10.,15.,20.,25.,30.,40.,50.,60.,75.,100,125 Disconnect D Disconnect F Fused Disconnect B Circuit Breaker NEMA rating 1 NEMA type 1 5 NEMA type 12 Contactor 0 None 2 2 Contactors 3 3 Contactors Reactor 0 None 3 Line Reactor L Load Reactor Filter X (Factory Required Designator) Options _ standard variant number HA1 High Amp rating HT1 High Temperature rating (NEMA 3R only) M Multiple motor control CMS Contactor Motor Selection Prerequisites Mounting clearance: Leave six-inches (154 mm) of space at top and bottom for equipment access. If fitted with a protective shield, allow 12 inches (305 mm) of space between the sides of each VFD to allow for sufficient heat dissipation. CAUTION: If installing a SED2 VFD after prolonged storage, see the Startup, Operation and Maintenance Manual for Mechanical Installation procedures. (Document Number ). Item Number , Rev. BA Page 1 of 12

2 Installation CAUTION: Height above sea level: If installing a SED2 VFD at an altitude of higher than 3,280 ft (1000 m), underrating is required (914) = Protective Shield Depth 8.3 (211) 36.0 (914) 24.0 (610) 49.0 (1245) Depth 9.7 (244) 36.0 (914) 57.5 (1461) 18.0 (457) Depth 11.3 (287) 5.5 (140) 11.0 (279) Frame Size A and B 11.0 (279) Frame Size C 5.5 (140) 17.0 (432) Frame Size D 9.5 (241) 18.0 (457) Depth 11.3 (287) 45.5 (116) Depth 17.4 (44) 48.0 (1219) 66.5 (1689) 57.5 (146) 9.5 (241) VFD0007R (432) Frame Size E Frame Size F Figure 1. Mounting and Overall Dimensions in Inches (Centimeters). Page 2 of 12 Siemens Building Technologies, Inc.

3 Table 1. Approximate Weights Frame Size Wt. lb (kg) A 55 (25) B 65 (29) C 100 (45) D 170 (77) E 200 (91) F 500 (227) NOTE: Actual weight will be affected by actual horsepower/voltage and selected power options. 1 (2.5) CONDUIT KNOCKOUTS (2) 3/4 (1.9) CONDUIT KNOCKOUTS (2) 1 (2.5) CONDUIT KNOCKOUTS (2) 3/4 (1.9) CONDUIT KNOCKOUTS (2) VFD0204R1 2-3/4 (7.0) 4-5/8 (11.8) 6-3/8 (16.2) 8-3/8 (21.3) 3-1/2 (8.9) Figure 2. Frame Sizes A and B Conduit Locations. Viewed from Bottom; Dimensions in Inches (Centimeters). VFD0205R1 1-5/8 (4.1) 4-5/8 (11.8) 6-3/8 (16.2) 8-3/8 (21.3) Figure 3. Frame Size C Conduit Locations. Viewed from Bottom; Dimensions in Inches (Centimeters). 3-1/2 (8.9) Siemens Building Technologies, Inc. Page 3 of 12

4 1 (2.5) CONDUIT KNOCKOUTS (3) 3/4 (1.9) CONDUIT KNOCKOUT 3/8 (1) CONDUIT KNOCKOUT VFD0206R1 2-1/2 (6.4) 7-3/8 (18.8) 9-3/8 (23.9) 10-3/8 (26.4) 13-1/8 (33.5) 4-1/2 4 (11.4) (10.2) 3-1/2 (8.9) Figure 4. Frame Sizes D and E Conduit Locations. Viewed from Bottom; Dimensions in Inches (Centimeters). 7-3/8 (18.7) 11-7/8 (30.1) 15-3/8 (39.1) 13-5/8 (34.6) 20-3/8 (51.7) 4-1/4 (10.8) VFD0203R1 3/4 (1.9) AND 1 (2.5) CONDUIT KNOCKOUTS (3) 3 (7.6) CONDUIT KNOCKOUTS (2) Figure 5. Frame Size F Conduit Locations. Viewed from Top; Dimensions in Inches (Centimeters). Page 4 of 12 Siemens Building Technologies, Inc.

5 Wiring Sizes and Tightening Torques Part Number Table 2. Sizes and Tightening Torques for Conventional Bypass System with 208V Drive. Bypass Frame Size HP kw Circuit Breaker Disconnect Switch VBA A Cu 32 (3.6) VBA A Cu 32 (3.6) VBA A Cu 32 (3.6) VBA B Cu 32 (3.6) VBA---- B Cu 32 (3.6) VBA B Cu 32 (3.6) VBA C Cu 32 (3.6) VBA C Cu VBA C Cu VBA D Cu VBA D Cu 12-1 VBA D / (9) 12-1 Cu VBA E / (9) 12-1 Cu VBA F kcmil Cu ( ) VBA F kcmil Cu ( ) kcmil ( ) VBA F kcmil Cu ( ) kcmil ( ) (2-25) (2-25) Overload Range, * Size in AWG unless noted otherwise. Use Copper (Cu) wire that is rated 167 F (75 C) minimum, 600 Vac. Max Backup Fuse, Ground Lug / /0 50 (5.6) 50 (5.6) Siemens Building Technologies, Inc. Page 5 of 12

6 Part Number Table 3. Sizes and Tightening Torques for Conventional Bypass System with 230V to 240V Drive. Bypass Frame Size HP kw Circuit Breaker Disconnect Switch VBA A Cu 32 (3.6) VBA A Cu 32 (3.6) VBA A Cu 32 (3.6) VBA B Cu 32 (3.6) VBA B Cu 32 (3.6) VBA B Cu 32 (3.6) VBA C Cu 32 (3.6) VBA C Cu VBA C Cu VBA D Cu VBA D Cu 12-1 VBA D /0-3 Cu 80 (9) 12-1 VBA E /0-3 Cu 80 (9) 12-1 VBA F kcmil Cu ( ) VBA F kcmil Cu ( ) kcmil ( ) VBA F kcmil Cu ( ) kcmil ( ) (2-25) (2-25) Overload Range, * Size in AWG unless noted otherwise. Use Copper (Cu) wire that is rated 167 F (75 C) minimum, 600 Vac. Max Backup Fuse, Ground Lug Page 6 of 12 Siemens Building Technologies, Inc.

7 Part Number Table 4. Sizes and Tightening Torques for Conventional Bypass System with 380V to 480V Drive. Bypass Frame Size HP kw Circuit Breaker Disconnect Switch Overload Range, Max Backup Fuse, Ground Lug VBA A Cu 32 (3.6) VBA A Cu 32 (3.6) VBA A Cu 32 (3.6) VBA A Cu 32 (3.6) VBA A Cu 32 (3.6) VBA B Cu 32 (3.6) VBA B Cu 32 (3.6) (.8-1.2) VBA C Cu 32 (3.6) VBA C Cu 32 (3.6) to (2-2.5) VBA C Cu (2-2.5) VBA C Cu VBA D Cu VBA D Cu VBA D Cu VBA E Cu VBA E /0 Cu 80 (9) VBA F /0 Cu 80 (9) /0 50 (5.6) VBA F kcmil Cu ( ) kcmil ( ) VBA F kcmil Cu ( ) kcmil ( ) VBA F HA1 kcmil Cu ( ) kcmil ( ) * Size in AWG unless noted otherwise. Use Copper (Cu) wire that is rated 167 F (75 C) minimum, 600 Vac. Siemens Building Technologies, Inc. Page 7 of 12

8 Part Number Table 5. Sizes and Tightening Torques for Conventional Bypass System with 500V to 600V Drive. Bypass Frame Size HP kw Circuit Breaker Disconnect Switch Overload Range, Max Backup Fuse, Ground Lug VBA C Cu 32 (3.6) VBA C Cu 32 (3.6) VBA C Cu 32 (3.6) VBA C Cu 32 (3.6) VBA C Cu 32 (3.6) VBA C Cu 32 (3.6) VBA C Cu 32 (3.6) VBA C Cu 32 (3.6) VBA C Cu 32 (3.6) VBA C Cu 32 (3.6) (2-2.5) VBA C Cu (2-2.5) VBA C Cu VBA D Cu VBA D Cu VBA E Cu VBA E Cu VBA F /0 Cu 80 (9) /0 VBA F /0 Cu 80 (9) /0 VBA F kcmil Cu ( ) kcmil ( ) /0 * Size in AWG unless noted otherwise. Use Copper (Cu) wire that is rated 167 F (75 C) minimum, 600 Vac. 50 (5.6) 50 (5.6) 50 (5.6) Page 8 of 12 Siemens Building Technologies, Inc.

9 Motor Cable Length Motor cable length is given to ensure performance of only the drive, not the suitability of the motor when connected to a drive at this distance. Maximum motor cable length is 164 ft (50 m)! 1. Never run control or drive input wires in the same conduit as the drive output wires. 2. Keep the distance from the drive to the motor as short as possible to maximize motor life. 4. If a disconnect is mounted on the load side of your drive, it is desirable to wire an auxiliary contact to the drive that will disable drive operation when the disconnect opens. (The wiring for this contact must not be run in the same conduit as the drive output wires). SED2 M VFD0014R3 3. If needed, use SBT-specified input line reactors to ensure a good impedance match with your drive. 5. Inverter duty motors are recommended. Install motors within their guidelines. Use dv/dt filters, output reactors, or other load conditioners as applicable or as specified by the motor manufacturer. Reactor products must be mounted next to the drive. Figure 6. Motor Cable Installation Notes. SED 2 VFD MOTOR WIRING VIA KNOCKOUT DISCONNECT SWITCH (OR OPTIONAL CIRCUIT BREAKER) GROUND LUGS (2) T3 T2 T1 L3 L2 L1 INPUT POWER WIRING VIA KNOCKOUT SED2 VFD MOTOR OVERLOAD OUTPUT CTB1 OUTPUT CTBI VFD0123R1 MOTOR OVERLOAD MOTOR WIRING VIA KNOCKOUT T1 T2 T3 L1 L2 L3 DISCONNECT SWITCH OR CIRCUIT BREAKER GROUND LUGS (2) INPUT POWER WIRING VIA KNOCKOUT Figure 7. Power Connections for Frame Sizes A Through E (NEMA Type 1). VFD0159R1 TRANSFORMER INPUT (OPTIONAL) POWER FUSES (OPTIONAL) REACTOR (OPTIONAL) Figure 8. Power Connections for Frame Size F (NEMA Type 1). COMMUNICATIONS WIRING (P1) VIA 1 KNOCKOUT Siemens Building Technologies, Inc. Page 9 of 12

10 Wiring Diagrams FU L L2 TRANSFORMER PRIMARY CONTACTS: 230/460/575v PRIMARY VOLTAGE. ACTUAL CONNECTIONS VARY WITH VOLTAGE. [H1] [H3] [H2] [H4] CUSTOMER 5 OL1 SUPPLIED SAFETIES 3 (96) (95) [XF] FU3 [X1] [X2] SECONDARY VOLTAGE 115 VAC X2 2 ESSENTIAL ESSENTIAL 13 SERVICE SERVICE 16 ENABLED JUMPER ACTIVE ESR (12) (8) 3 ESR (14) (13) 5 CUSTOMER 6 1 REMOTE 2 RR START (14) (13) VFD1 (CONTROL TERMINALS) DR1 (14) (13) ESSENTIAL SERVICE RELAY RUN RELAY DRIVE RELAY #1 5 OFF INSTALL JUMPER DRIVE FOR REMOTE RR 8 10 OPERATION xoo (12) (8) (SHIPPED WITHOUT JUMPER) oox VFD OUTPUT ESR M xoo M2 (10) (2) (SHIPPED WITH (A1) (A2) JUMPER) xoo INSTALL JUMPER FOR LOCAL 10 OPERATION INSTALL JUMPER (SHIPPED WITH FOR NORMAL JUMPER) OPERATION M2 13 (A1) M1 A (A2) 18 M3 (A1) (A2) LIGHT VFD INPUT VFD0200R1 X DRIVE TEST ON OFF xo TERMINAL NUMBER X ON CBT-1. ONLY SUPPLIED WITH OPTIONAL THREE (ADDITION OF DRIVE INPUT ). Figure 9. C-Bypass 120 Vac Control Circuit. Page 10 of 12 Siemens Building Technologies, Inc.

11 AO VDC DRIVE CONTROL TERMINATIONS CONTROL TERMINATIONS LOCATED ON DRIVE I/O MODULE VDC 109 PTC A AIN1+ PTC B DIN5 RL1 NC RL1 NO DIN6 AO2+ DIN2 DIN3 RL1 COM AIN2- AO1- AO2- ISO 0VDC RL2 NC RL2 NO P+ DIN4 ISO 24VDC AIN2+ RL2 COM N- AIN1- DIN1 ANALOG INPUT EXAMPLES EXTERNAL EXTERNAL 0 TO 10V 0/4 TO 20mA SPEED + - POTENTIOMETER VFD 24 VDC POWERED 0/4 ma DEVICE (POWER CONSUMPTION CANNOT EXCEED 100mA) ma 4.7K OHM POWER RR M2 M2 CONTROL INTER-CONNECTION BETWEEN PANEL. CONTROL TERMINATIONS LOCATED IN ENCLOSURE CBT-1. CUSTOMER REMOTE START CUSTOMER SUPPLIED SAFETIES INSTALL JUMPER FOR REMOTE OPERATION CONTROL TERMINATIONS INSTALL JUMPER FOR LOCAL OPERATION TERMINALS 9 THROUGH 12 ARE USED FOR AUTO FEATURE. IF USING THIS FEATURE, SEE INSTRUCTION FOR WIRING AND FOR DRIVE PROGRAMMING. ESSENTIAL SERVICE ENABLED ESSENTIAL SERVICE ACTIVE NOT FOR CUSTOMER USE VFD0182R1 PROVIDE DRY CONTACT PROVIDE DRY CONTACT WITH JUMPER SHIPPED WITH JUMPER JUMPER INSTALLED FOR NON-AUTO OPERATION PROVIDE DRY CONTACT PROVIDE DRY CONTACT Figure 10. C-Bypass Terminations. Siemens Building Technologies, Inc. Page 11 of 12

12 VFD0199R1 DISCONNECT OR BREAKER POWER SUPPLY 3 PHASE 60 Hz NOTES: L1 (T1) L2 (T2) L3 (T3) GND GND LUG OPTIONAL SUPPLEMENTARY POWER FUSES - MAIN SHORT CIRCUIT PROTECTION BY OTHERS (SEE NOTE 1) 1L1 (L1) 1L2 (L2) 1L3 (L3) GND FU1 1L1 1L2 TO STEP-DOWN CONTROL TRANSFORMER 2L1 2L2 2L3 OPTIONAL OPTIONAL DRIVE INPUT INPUT LINE REACTOR M3 3L1 R (2) (1) A1 A2 3L2 S (4) (3) B1 B2 3L3 T (6) (5) C1 C2 L1 L2 L3 VFD U V W GND M1 (5) (6) (3) (4) OPTIONAL (1) (2) OUTPUT LOAD REACTOR U1 U M2 A1 A2 (1) (2) V1 V B1 B2 (3) (4) W1 W C1 C2 (5) (6) 1. Branch circuit protection to be provided by installer, per UL508A, if not provided with drive. 2. For bypass operation, modify these drive parameters: P0704 (0) and P0704 (1) = Control and communication wiring should be 300V UL minimum. 4. Communication wiring should be run with maximum separation possible from all other wiring. OL1 1T1 (T1) 1T2 (T2) 1T3 (T3) 5. Essential service mode operates the motor full speed (bypass) with no protection for the motor or system. 6. Ensure that automatic bypass will not damage the system before activating. GND LUG M AC MOTOR (CUSTOMER SUPPLIED) 7. See Siemens publication SED2 VFD Conventional Bypass Option Operating Instructions ( ) for proper fuse and wire sizes. 8. See Siemens publication SED2 VFD Startup, Operation and Maintenance Manual ( ) for SED2 VFD input/output signal wiring details. Figure 11. C-Bypass Power Wiring Schematic. Information in this publication is based on current specifications. The company reserves the right to make changes in specifications and models as design improvements are introduced. Other product or company names mentioned herein may be the trademarks of their respective owners Siemens Building Technologies, Inc. Siemens Building Technologies, Inc Deerfield Parkway Buffalo Grove, IL U.S.A. Your feedback is important to us. If you have comments about this document, please send them to SBT_technical.editor@siemens.com Country of Origin: US Page 12 of 12