DPP/3DPP. Digital ProcessPower UPS INDUSTRIAL PWM UNINTERRUPTIBLE POWER SUPPLY SYSTEM SINGLE PHASE THREE PHASE

Transcription

1 DPP/DPP Digital Process INDUSTRIAL PWM UNINTERRUPTIBLE POWER SUPPLY SYSTEM SINGLE PHASE THREE PHASE PROVIDING CONTINUITY OF ELECTRICAL POWER

2 DPP/DPP DIGITAL PROCESS POWER Industrial Pulse Width Modulated Uninterruptible Supply System DPP SINGLE PHASE 5-00 kva DPP THREE PHASE 0-5 kva The Digital Process (DPP) Uninterruptible Supply () system from AMETEK Solidstate Controls is a true on-line, double conversion system that provides continuous, clean, regulated power for critical AC loads. Designed specifically for process control and industrial applications, the DPP systems utilize state of the art Pulse Width Modulation (PWM) technology. PWM incorporates high power IGBT semiconductors and digital control for enhanced communications, monitoring, control and diagnostics capabilities. True on-line, double conversion Provides continuous, clean, regulated power for critical AC loads High power IGBT semiconductors and digital control Fiber optic cables used for control and communications LCD panel and user-friendly touch screen display Digital Process has lower audible noise Also essential to the DPP design is the use of fiber optic cables for control and communications; allowing for better isolation and faster, more accurate signals between processors. The DPP designs also include an LCD panel and user-friendly touch screen display for the ultimate in user control.

3 The Behind the Process PROCESSPOWER SYSTEM LCD AND TOUCH SCREEN USER PANEL Shown with optional indicator lights Keypad Controls and Switches Float/Equalize Initialization with Light Battery Test Initialization Inverter to Load with Light Bypass to Load with Light Static Switch Reset Retransfer Latching Alarm Reset Audible Alarm Silence Display On Inverter Enable (On/Off) Switch *Standard LED Indicators: Normal and Trouble Standard LCD Panel Indicators Equalize Time Remaining Charger Status (OK/Fail) Float/Equalize Status Inverter Status (OK/Fail) Synchronism Status (In/Out of Sync) Static Switch Position (Inverter or Bypass) Manual Bypass Position (Normal or Bypass) Bypass Status (OK/Fail) New Option! The Slimmer DPP Our single phase DPP system is now available in a compact slimmer cabinet while maintaining the reliability and quality you expect from AMETEK. This is designed for off-shore platforms and space-sensitive applications. Save 8" in width and 8.5" in depth. The slimmer DPP offers the smallest footprint for industrial systems! Width 4" x Depth 7.5" x Height 79" The slimmer DPP seamlessly connects with an optional remote manual bypass switch, which can either be mounted on a wall or paired with an isolation bypass transformer in a separate slimmer cabinet. These units are top cable entry only and come with a maintenance bypass switch. Input Parameters System Configuration AC Input Voltage 08, 480 VAC AC Input Breaker AC Input Phase Ø Bypass Input Breaker AC Input Frequency 60/50 Hz Battery Input Breaker AC Voltage Tolerance ± 0% Optional AC Output Breaker DC Bus Voltage 5, 40 VDC Optional AC Output Breaker Output Parameters Top-Cable Entry ONLY Output 5-0 kva 6 or -Pulse Rectifier/Charger Factor 0.8 Make-Before-Break Static Switch AC Output Voltage 0 VAC Optional Remote Manual Bypass Switch ( position) AC Output Phase Ø Manual Bypass Switch must be in external enclosure AC Output Frequency 60/50 Hz with this cabinet style

4 DPP Specifications 0.8 Load Factor at Rated kva 0 VDC (60 Lead Acid Battery Cells) Model Number AC Input/Freq. AC Amps per Phase AC Output Amps kva kw AC-DC DC-AC 480/60 08/60 VPC lb kg DPP % 87% GTDX ,40 DPP % 87% GTDX ,05 DPP % 87% GTDX, ,807 DPP05-5 9% 87% GTDX, ,0 DPP % 87% GTDX, ,88 DPP % 87% GTDX, , DPP % 87% GTDX, ,76 DPP % 87% GTDX,50 975,0 Model Number 0.8 Load Factor at Rated kva 40 VDC (0 Lead Acid Battery Cells) AC Input/Freq. AC Amps per Phase AC Output Amps kva kw AC-DC DC-AC 480/60 08/60 VPC lb kg DPP % 89% GTDX, ,046 DPP % 89% GTDX,050 90,5 DPP % 89% GTDX, ,657 DPP % 89% GTDX,550,57,988 DPP % 89% GTDX,400,54 4,650 DPP % 89% GTDX 4,900,7 5, Model Number.0 Load Factor at Rated kva 0 VDC (60 Lead Acid Battery Cells) AC Input/Freq. AC Amps per Phase AC Output Amps kva kw AC-DC DC-AC 480/60 08/60 VPC lb kg DPP % 87% GTDX ,54 DPP % 87% GTDX, ,8 DPP % 87% GTDX, ,509 DPP % 87% GTDX, ,075 DPP % 87% GTDX, ,0 DPP % 87% GTDX, ,5 DPP % 87% GTDX,50 975,0 Model Number.0 Load Factor at Rated kva 40 VDC (0 Lead Acid Battery Cells) AC Input/Freq. AC Amps per Phase AC Output Amps kva kw AC-DC DC-AC 480/60 08/60 VPC lb kg DPP % 89% GTDX, ,99 DPP % 89% GTDX, ,657 DPP % 89% GTDX,550,57, DPP % 89% GTDX,400,54 9,985 Model Coding DD EE FF GG HH I J AC Input Volts (code) DC Bus Volts (code) AC Output Volts (code) Freq (code) Output Factor (code) Charger Design (code) Config Code (code) 08 (0) 0 () 0 () 60 (60) 0.8 (K) 6-Pulse (S) Float (F) 480 (48) 40 (4) 0 () 50 (50).0 (W) -Pulse (T) Parallel (P) 80 (8) 40 (4) 600 (60) Circuit Breakers are sized at a minimum of 5% of rated current. Dimensions Inches Millimeters Unit weights correspond to a 60 Hz unit. Contact us for 50 Hz unit weight. A complete model number includes the AC input voltage, DC bus (link) voltage, AC output voltage, system frequency, output power factor, and configuration. To build a model number, use the code in the matrix shown above, following the example format: DPP00-DD-EE-FF- GG-H-I-J; where DD=AC Input Voltage; EE=DC bus voltage; FF=AC Output Voltage; GG=System Frequency; H=Output Factor ( K for 0.8; W for.0); I=6(S) or (T) Pulse Charger design; J= configuration ( F for Float, P for Parallel Redundant). H x W x D H x W x D For Example: A 0 kva with 480 VAC input; 0 VDC bus voltage; 0 VAC output; 60 Hz; 0.8 output power factor; 6 pulse charger; Float system would have the following model number: DPP K-S-F. For custom systems and for units which do not have a configurable model number, insert a C in the model number as follows: DPP00C Sizes are subject to change. Top mounted cooling fans require 0.5 in ( mm) additional height. Certain optional features and/or combinations may require larger cabinets. Heat Loss (BTU/ hr) Heat Loss (BTU/ hr) Heat Loss (BTU/ hr) Heat Loss (BTU/ hr) GTDX 79 x x 6,007 x 8 x 94 GTDX 79 x 54 x 6,007 x,7 x 94 GTDX 79 x 86 x 6,007 x,84 x 94 GTDX 79 x 08 x 6,007 x,74 x 94 GTD5X 79 x 40 x 6,007 x,557 x 94

5 General Specifications Standard Features System Measurements (Displayed on LCD Panel) Total Number of Battery Discharges Total Operational Time on Batteries Average Time on Battery per Discharge Historical Min/Max Battery Voltage Recent Min/Max Battery Voltage Total Operation Time on Total Operation Time on Bypass Total Operation Time on Inverter Metering (Displayed on LCD Panel) DC Voltage DC Battery (+/-) AC Output Voltage AC Output AC Output Frequency Charger/Rectifier Output Battery Voltage (with Rectifier Configuration) Circuit Breakers AC Input (4 kaic, minimum) Battery Input (0 kaic, minimum) Bypass Input (4 kaic, minimum) Alarms - All displayed on LCD Alarm Panel with options for LEDs and Relays R = Red LED 4 A=Amber LED Y=Relay 5 (Opt #) Fan Failure R, Y (0) Charger Failure R, Y (69) Low DC Voltage R, Y () Low DC Disconnect R, Y (07) Battery Breaker Open R, Y (57) Battery Discharging R, Y (BDC) Bypass Supplying Load A, Y Over Temperature R, Y (0) ST/SW SCR Failure R, Y (SWF) Bypass Failure R, Y (BPF) Inverter Failure R, Y (58) IGBT Desaturation Overload Shutdown Retransfer Blocked System Diagnostics Displayed on LCD Alarm Panel Loss of System Communication(s) Supply Failure(s) Standard Relays The following alarms also include one set of normally open and normally closed relay contacts rated for 0 VAC at 8 amps (0 VDC at 8 amps; 5 V at 00 mil): Trouble (Summary), Bypass Supplying Load, Communications Failure (Summary) Applicable Standards, Codes and Regulations NEMA PE- ANSI ANSI/NFPA 70 IEEE UL/C-UL (UL778) Unit Manufactured in ISO900 Certified Facility General Specifications Optional Features Metering and System Measurements (Opt. #) Alarms (LCD) (Option #) AC Input (Voltage, Frequency, ) () Charger Overload (9) Bypass Input Frequency () Bypass Input Voltage () Output (kva, kw, Factor) (4) % Inverter Loading (5) Inverter Output Voltage (7) Circuit Breaker (Opt. #) 65 kaic AC Input and Bypass Input (8/85) Inverter Output (Non-Automatic) (7) AC Output (8) Battery High Interrupt Breaker (86) Miscellaneous (Opt. #) Rectifier Configuration (4) Charger Output Blocking Diode (9) Charger Output Ripple Filter (59) Latching Alarms (8) Lamp Test (5) ESI (Essential System Indicator) Panel () Alarm Test () Precharge Circuit () Emergency Off (9) 0% Spare Terminals (96) Drip Shield (65) Lifting Eye Bolts (05) Padlockable Circuit Breakers (9) PCB Confrormal Coating (7) Fungus and Moisture Proof (70) Parallel Redundant Configuration Pulse Charger (0% Reflected Harmonics) Remote External MBS Battery Charger/Rectifier AC Input Nominal Voltage 08, 80, 45, 480, 600 VAC Input Range ± 0% (- 5% without discharging) High DC Disconnect () Positive/Negative to Ground ( relays) () High/Low Bypass Source Voltage (7/6) High/Low AC Output Voltage (9/8) AC Failure (6) AC Output Overload (40) High/Low Inverter Output Voltage (4/4) Out-of-Sync (4) Inverter Fuse Blown (44) Inverter Off Frequency (45) Bypass Off Frequency (46) Battery Near Exhaustion (60) Low AC Input Voltage (68) High DC Voltage (5) MBS to Bypass (84) AC Input CB Open (0) Bypass Input CB Open (0) AC Output CB Open (04) High AC Input Voltage (4) Communications (Option #) Modbus RTU (RS485 Connection) (87) Ethernet Webpage (87) Modbus TCP (87) Consult Us for Additional Communications Options LED Indicators (Color) (Option #) In Sync (Green) (SNK) AC Input Available (Green) (4) Bypass Available (Green) (5) Inverter Available (Green) (47) Charger Available (Green) (8) 4 Additional LED Indicators ( green, 9 red allowed) 5 Additional Relay Contacts (Max of allowed) General Specifications Performance Static Switch Bypass Voltage 0, 0, 40 VAC Inversely paired set of SCRs (one set Switch Type per leg) Failure Mode Automatically fails to Bypass Frequency 50 or 60 Hz ± 5% DC Output Transfer Time Make Before Break DC Bus Voltage(s) 0, 0, 0, 40 and 60 VDC Sync Capture Range 0.5% to.5% Regulation ± % Ripple Voltage < % with battery connected Sized to recharge a 0 minute battery to 95% of its rated capacity Capacity within 8 hours, while simultaneously supplying power to a fully loaded inverter Float/Equalize ± 5% Adjustability Inverter DC Input Nominal Voltage 0 V/55 (96-8 VDC) Range/ #of Cells 0 V/60 (05-40 VDC) (Lead Calcium Type) 0 V/0 (9-56 VDC) 40 V/0 (0-80 VDC) AC Output Inverter/ Ratings 5-00 kva Factor 0.8 or.0 AC Output Voltage 0, 0, 40 Hz/sec to 0 Hz/sec Slew Rate (adjustable) 5% continuous 50% for 0 minutes Overload Capability 00% for minute,000% for cycle Manual Bypass Switch Voltage 0, 0, 40 VAC Mounting Inside /Inverter Enclosure Positions Two 600 VAC, rotary drum, make-beforebreak type Construction Transfer Time Zero in both directions 5% continuous 50% for 0 minutes Overload Capacity 00% for minute,000% for cycle Environmental Regulation ± % Ambient Temperature to 04 o F (-5 to 40 o C) Voltage Adjustment ± 5 % Frequency 50 or 60 Hz; + 0.% Crest Factor : Total Harmonic 00% linear load < % Distortion (THD) 00% non-linear load < 5% Transient Response ± 5% (0-00% load) Recovery Time < 50 millisecond to ± % 00% - continuous Overload Capacity 5% - 0 minutes 50% - minute Mechanical Cooling Aided Convection or Forced Air, depending on kva rating and design (fans standard for 40 kva units and above) Cable Entry Top or Bottom Entry Standard Rating NEMA / IP-0 (IP- with addition optional drip shield) Relative Humidity 0-95% non-condensing Operating Altitude 0,000 feet (,048 meters) feet (.5 meter) Audible Noise typical Mean Time Between > 05,000 Hours Failure (MTBF) Internal Manual Bypass Switch is normally removed when a Remote Manual Bypass Switch is selected Custom Input and Output Voltages available Consult Us Addition of drip shield may increase the noise by - db(a)

6 DPP Specifications 0.8 Load Factor at Rated kva 0VDC (60 Lead Acid Battery Cells) PH AC Input/Freq AC Amps Per Phase PH AC Output Amps Per Phase Heat Loss kva kw AC-DC DC-AC 08/60 480/60 600/60 VPC lb kg DPP % 87% GTDX, ,807 DPP05-5 9% 87% GTDX, ,0 DPP % 87% GTDX, ,880 DPP % 87% GTDX, , DPP % 87% GTDX, ,76 DPP % 87% GTDX,50,5,0 0.8 Load Factor at Rated kva 40VDC (0 Lead Acid Battery Cells) PH AC Input/Freq AC Amps Per Phase PH AC Output Amps Per Phase Heat Loss kva kw AC-DC DC-AC 08/60 480/60 600/60 VPC lb kg DPP % 89% GTDX, ,046 DPP % 89% GTDX,050 90,5 DPP % 89% GTDX, ,657 DPP % 89% GTDX,550,57,988 DPP % 89% GTDX,400,45 4,650 DPP % 89% GTD4X 4,400,996 5, DPP % 89% GTD4X 4,900,7 66,64 DPP % 89% GTD4X 5,880,667 85,0 0.8 Load Factor at Rated kva 60VDC (80 Lead Acid Battery Cells) PH AC Input/Freq AC Amps Per Phase PH AC Output Amps Per Phase Heat Loss kva kw AC-DC DC-AC 08/60 480/60 600/60 VPC lb kg DPP % 89% GTD5X 7,060,0 06,66 DPP % 89% GTD5X 8,470,84 9,954.0 Load Factor at Rated kva 0VDC (60 Lead Acid Battery Cells) PH AC Input/Freq AC Amps Per Phase* PH AC Output Amps Per Phase Heat Loss kva kw AC-DC DC-AC 08/60 480/60 600/60 VPC lb kg DPP % 87% GTDX, ,509 DPP % 87% GTDX, ,075 DPP % 87% GTDX, ,0 DPP % 87% GTDX, ,5 DPP % 87% GTDX,50 975,0.0 Load Factor at Rated kva 40VDC (0 Lead Acid Battery Cells) PH AC Input/Freq AC Amps Per Phase PH AC Output Amps Per Phase Heat Loss kva kw AC-DC DC-AC 08/60 480/60 600/60 VPC lb kg DPP % 89% GTDX, ,99 DPP % 89% GTDX, ,657 DPP % 89% GTDX,550,57, DPP % 89% GTDX,400,54 9,985 DPP % 89% GTD4X 4,400,996 5, DPP % 89% GTD4X 4,900,7 66,64 Model Coding DD EE FF GG HH I J AC Input Volts (code) DC Bus Volts (code) AC Output Volts (code) Freq (code) Output Factor (code) Charger Design (code) Config Code (code) 08 (0) 0 () 0/08 (0) 60 (60) 0.8 (K) 6-Pulse (S) Float (F) 480 (48) 40 (4) 77/480 (48) 50 (50).0 (W) -Pulse (T) Parallel (P) 600 (60) 60 (6) 0/80 (8) 80 (8) Circuit Breakers are sized at a minimum of 5% of rated current. Unit weights correspond to a 60 Hz unit. Contact us for 50 Hz unit weight. A complete model number includes the AC input voltage, DC bus (link) voltage, AC output voltage, system frequency, output power factor, and configuration. To build a model number, use the code in the matrix shown above, following the example format: DPP00-DD-EE-FF-GG-H-I-J; where DD=AC Input Voltage; EE=DC bus voltage; FF=AC Output Voltage; GG=System Frequency; H=Output Factor ( K for 0.8; W for.0); I=6(S) or (T) Pulse Charger design; J= configuration ( F for Float, P for Parallel Redundant). For Example: A 0 kva with 480 VAC input; 0 VDC bus voltage; 0/08 VAC output; 60 Hz; 0.8 output power factor; 6 pulse charger; Float system would have the following model number: DPP K-S-F. For custom systems and for units which do not have a configurable model number, insert a C in the model number as follows: DPP00C Sizes are subject to change. Top mounted cooling fans require 0.5 in ( mm) additional height. Certain optional features and/or combinations may require larger cabinets. Dimensions Inches Millimeters H x W x D H x W x D GTDX 79 x x 6,007 x 8 x 94 GTDX 79 x 54 x 6,007 x,7 x 94 GTDX 79 x 86 x 6,007 x,84 x 94 GTD4X 79 x 08 x 6,007 x,74 x 94 GTD5X 79 x 40 x 6,007 x,557 x 94

7 General Specifications Standard Features System Measurements (Displayed on LCD Panel) Total Number of Battery Discharges Total Operational Time on Batteries Average Time on Battery per Discharge Historical Min/Max Battery Voltage Recent Min/Max Battery Voltage Total Operation Time on Total Operation Time on Bypass Total Operation Time on Inverter Metering (Displayed on LCD Panel) DC Voltage DC Battery (+/-) AC Output Voltage AC Output AC Output Frequency Charger/Rectifier Output Battery Voltage (with Rectifier Configuration) Circuit Breakers AC Input (4 kaic, minimum) Battery Input (0 kaic, minimum) Bypass Input (4 kaic, minimum) Alarms - All displayed on LCD Alarm Panel with options for LEDs and Relays R = Red LED 4 A=Amber LED Y=Relay 5 (Opt #) Fan Failure R, Y (0) Charger Failure R, Y (69) Low DC Voltage R, Y () Low DC Disconnect R, Y (07) Battery Breaker Open R, Y (57) Battery Discharging R, Y (BDC) Bypass Supplying Load A, Y Over Temperature R, Y (0) ST/SW SCR Failure R, Y (SWF) Bypass Failure R, Y (BPF) Inverter Failure R, Y (58) IGBT Desaturation Overload Shutdown Retransfer Blocked System Diagnostics Displayed on LCD Alarm Panel Loss of System Communication(s) Supply Failure(s) Standard Relays The following alarms also include one set of normally open and normally closed relay contacts rated for 0 VAC at 8 amps (0 VDC at 8 amps; 5 V at 00 mil): Trouble (Summary), Bypass Supplying Load, Communications Failure (Summary) Applicable Standards, Codes and Regulations NEMA PE- ANSI ANSI/NFPA 70 IEEE UL/C-UL (UL778) Unit Manufactured in ISO900 Certified Facility General Specifications Optional Features Metering and System Measurements (Opt. #) Alarms (LCD) (Option #) AC Input (Voltage, Frequency, ) () Charger Overload (9) Bypass Input Frequency () Bypass Input Voltage () Output (kva, kw, Factor) (4) % Inverter Loading (5) Inverter Output Voltage (7) Circuit Breaker (Opt. #) 65 kaic AC Input and Bypass Input (8/85) Inverter Output (Non-Automatic) (7) AC Output (8) Battery High Interrupt Breaker (86) Miscellaneous (Opt. #) Rectifier Configuration (4) Charger Output Blocking Diode (9) Charger Output Ripple Filter (59) Latching Alarms (8) Lamp Test (5) ESI (Essential System Indicator) Panel () Alarm Test () Precharge Circuit () Emergency Off (9) 0% Spare Terminals (96) Drip Shield (65) Lifting Eye Bolts (05) Padlockable Circuit Breakers (9) PCB Confrormal Coating (7) Fungus and Moisture Proof (70) Parallel Redundant Configuration Pulse Charger (0% Reflected Harmonics) Remote External MBS Battery Charger/Rectifier AC Input Nominal Voltage 08, 80, 45, 480, 600 VAC (Ø) Input Range ± 0% (- 5% without discharging) High DC Disconnect () Positive/Negative to Ground ( relays) () High/Low Bypass Source Voltage (7/6) High/Low AC Output Voltage (9/8) AC Failure (6) AC Output Overload (40) High/Low Inverter Output Voltage (4/4) Out-of-Sync (4) Inverter Fuse Blown (44) Inverter Off Frequency (45) Bypass Off Frequency (46) Rectifier/Charger Fuse Blown (67) Battery Near Exhaustion (60) Low AC Input Voltage (68) High DC Voltage (5) MBS to Bypass (84) AC Input CB Open (0) Bypass Input CB Open (0) AC Output CB Open (04) High AC Input Voltage (4) Communications (Option #) Modbus RTU (RS485 Connection) (87) Ethernet Webpage (87) Modbus TCP (87) Consult Us for Additional Communications Options LED Indicators (Color) (Option #) In Sync (Green) (SNK) AC Input Available (Green) (4) Bypass Available (Green) (5) Inverter Available (Green) (47) Charger Available (Green) (8) 4 Additional LED Indicators ( green, 9 red allowed) 5 Additional Relay Contacts (Max of allowed) General Specifications Performance Static Switch Bypass Voltage 08, 80, 45, 480, 600 (Ø) Inversely paired set of SCRs (one set Switch Type per leg) Failure Mode Automatically fails to Bypass Frequency 50 or 60 Hz ± 5% DC Output Transfer Time Make Before Break DC Bus Voltage(s) 0, 0, 0, 40 and 60 VDC Sync Capture Range 0.5% to.5% Regulation ± % Ripple Voltage < % with battery connected Sized to recharge a 0 minute battery to 95% of its rated Capacity capacity within 8 hours, while simultaneously supplying power to a fully loaded inverter Float/Equalize ± 5% Adjustability Inverter DC Input Nominal Voltage 0 V/55 (96-8 VDC) Range/ #of Cells 0 V/60 (05-40 VDC) (Lead Calcium Type) 0 V/0 (9-56 VDC) 40 V/0 (0-80 VDC) 60 V/80 (5-49 VDC) AC Output Inverter/ Ratings 0-5 kva Factor 0.8 or.0 AC Output Voltage 0/08, 0/80, 77/480 VAC Hz/sec to 0 Hz/sec Slew Rate (adjustable) 5% continuous 50% for 0 minutes Overload Capability 00% for minute,000% for cycle Manual Bypass Switch Voltage 08, 80, 45, 480, 600 (Ø) Mounting Inside /Inverter Enclosure Positions Two 600 VAC, rotary drum, make-beforebreak type Construction Transfer Time Zero in both directions 5% continuous 50% for 0 minutes Overload Capacity 00% for minute,000% for cycle Environmental Regulation ± % Ambient Temperature to 04 o F (-5 to 40 o C) Voltage Adjustment ± 5 % Frequency 50 or 60 Hz; + 0.% Crest Factor : Total Harmonic 00% linear load < % Distortion (THD) 00% non-linear load < 5% Transient Response ± 5% (0-00% load) Recovery Time < 50 millisecond to ± % 00% - continuous Overload Capacity 5% - 0 minutes 50% - minute Mechanical Aided Convection or Forced Air, depending on kva rating Cooling and design (fans standard for 40 kva units and above) Cable Entry Top or Bottom Entry Standard NEMA / IP-0 Rating (IP- with addition optional drip shield) Relative Humidity 0-95% non-condensing Operating Altitude 0,000 feet (,048 meters) feet (.5 meter) Audible Noise typical Mean Time Between > 05,000 Hours Failure (MTBF) Internal Manual Bypass Switch is normally removed when a Remote Manual Bypass Switch is selected Custom Input and Output Voltages available Consult Us Addition of drip shield may increase the noise by - db(a)

8 SERVICE OPTIONS AMETEK Solidstate Controls products are known for their high quality. To keep them running smoothly, do not trust the maintenance of them to just anyone. No one will have the in-depth knowledge and familiarity as we do. We care about our products and we provide superior service agreements that ensure your critical power equipment continuously functions as designed. We offer three levels of multi-year service agreements, designed to support our preventative maintenance schedules. General Services Basic CSA CSA+ Pre-Inspection Interview Annually Annually Annually Post-Inspection Interview Annually Annually Annually Detailed Service Report Annually Annually Annually /Inverter/Charger Services Basic CSA CSA+ Visual Inspection Annually Annually Annually Scheduled Parts Replacement Every 5 Years Annually Annually System Operational and Functional Testing Every 5 Years Annually Annually Infrared Scanning/Thermal Imaging Optional Annually Annually Battery Inspection & Continuity Test Basic CSA CSA+ Visual Inspection Annually Annually Annually Individual Cell Voltages Every 5 Years Annually Annually Continuity Test Every 5 Years Annually Annually Inter-cell resistance Optional Optional Annually Specific Gravity Optional Optional Annually System AC Load testing Optional Optional Annually Battery Capacitance Discharge Testing per IEEE Recommended Schedule Optional Optional Optional Parts and Service Coverage Basic CSA CSA+ Emergency Service Fee Waived Waived Waived Guaranteed Emergency Response Time Not Specified 7 Hours 4 Hours Minimum Repair Service Cost per Repair Trip Waived Waived Waived Parts Covered Under Warranty Only PM parts covered All Parts in System All Parts in System Transformers (Less than 0 years) No Coverage Covered Covered Travel and Living Expenses Billed at cost Covered Covered Labor Standard Rates Covered Covered Replacement System Manuals $50 each $75 each No Cost Financial Benefits Basic CSA CSA+ Spare Parts Discount 5% 5% 0% Annualized Pricing Included Included Included Discount on Training Seminars None 5% 50% CSA and CSA+ meet factory recommended guidelines for preventative maintenance System restored to safe and stable condition WORLD HEADQUARTERS 875 Dearborn Drive Columbus, Ohio 4085 Phone: Toll Free: Fax: GLOBAL OFFICES LOCATED IN Mexico Asia Pacific Brazil Middle East India Argentina WEBSITE SCI.sales@AMETEK.com REV /08 THE PURPOSE OF OUR BUSINESS IS TO PROVIDE CONTINUITY OF ELECTRICAL POWER TO KEEP BUSINESSES IN BUSINESS. WE DO THIS BY HELPING CLIENTS SOLVE THEIR POWER PROBLEMS AND BY CREATING THE MOST ECONOMICAL LONG-TERM RESULTS.