BravoTM 8105 FORCED CONVECTION REFLOW SYSTEM PRELIMINARY SPECIFICATION & ENGINEERING DATA SHEET

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Martha Johnston
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1 This document and specifications are the property of Speedline Technologies - Electrovert and shall not be reproduced or disseminated other than for recipient s use for internal evaluation of Electrovert s prices and product specifications. BravoTM 8105 FORCED CONVECTION REFLOW SYSTEM PRELIMINARY SPECIFICATION & ENGINEERING DATA SHEET I. FORCED CONVECTION HEATING MODULE: - Eight (8) heating zones (eight top and eight bottom forced convection heaters) - One (1) finned cal-rod heating element in each air intake, top and bottom zones 1 to 8 - One (1) high volume forced convection blower in each zone, top and bottom zones 1 to 8 - Four (4) speed settings for convection blowers, providing varying volumetric flow - Gas shocks to aid in opening and closing of external hood and upper part of heating chamber tunnel, allowing full access to interior - IHTSC (Independent High Temperature Safety Circuit) which provides backup against thermal runaway Safety circuit trips at 556 C±28 C(1033 F±50 F) and cuts power to all heaters via main contactor Totally independent of machine process controls (not dependent on computer or software) IHTSC must be reset before machine can be powered up again after the safety circuit is tripped - Light Tower for machine status indication (3 color: red, amber, green) OPTIONS: - RailHeat tubular heaters located in pin chain conveyor rails to fine-tune temperature distribution across the process width Reduced thermal gradients and additional process flexibility through independently controlled edge temperature setpoints. - High Temperature Process Option allows 662 F (350 C) in last two (2) heated zones only (top and bottom). Note: If oven is equipped with RailHeat Option, the rail heater maximum set point is 572 F (300 C). CAUTION: When all Heaters are On and set to maximum set point, i.e., burn-off state, do not allow the heaters to operate for more than fifteen minutes. SPECIFICATIONS: - Heating chamber length: (2667 mm) - dimension does not include the length of the cooling module - Air diffuser panel dimensions: Length: 10.0 (254 mm) each Width: 20.0 (508 mm) each - Heater power rating: 4000W per panel 240/415/480V in zones 2 to 6 (top and bottom) 5000W per panel 240/415/480V in zones 1, 7, and 8 (top and bottom) 1000W per rail 240/415/480V (optional) - Maximum heating capacity: 72 kw (245, /415/480V - Heater control: Proportional-Integral-Derivative (PID) heater control; software adjustable - Thermocouples: K-type; grounded junction; stainless steel sheath and overbraid - Heater temperature range: ambient C (0-572 F) measuring forced convection gas temperature - High temperature protection: Standard machine controls have 3 levels of built-in thermal protection for the heating section: Process temperature deviation alarms (factory set defaults, user selectable parameters) High temperature limit alarm (factory set defaults, user selectable parameters) Thermocouple failure detection (non-adjustable) - Temperature control accuracy: ±1 C (±2 F) at no-load steady state. - Bare board maximum T: Without Rail Heaters: ±4 C (±8 F) With Rail Heaters: ±2 C (±4 F) - Forced convection blowers: High volume forced convection; high temperature sealed bearing; built-in thermal overload protection; class F insulation; re-useable silicone gaskets; plug-in electrical connections Page 1 of 11

2 HEATING MODULE SPECIFICATIONS (cont.) - Blower rating at 0 static pressure: 300 cfm (510 m 3 /hr), 50/60Hz, 230 VAC Total forced convection: 60 Hz 50 Hz Top (8 blowers): 2400 cfm (4080 m 3 /hr) 2280 cfm (3876 m 3 /hr) Bottom (8 blowers): 2400 cfm (4080 m 3 /hr) 2280 cfm (3876 m 3 /hr) Total (16 blowers): 4800 cfm (8160 m 3 /hr) 4560 cfm (7752 m 3 /hr) Note: Differences in cfm rating between 50 Hz and 60 Hz show less than ±2 C (±4 F) thermal profile variance between identical process parameters on typical assemblies. - Typical start-up time: Ambient to full process ready state: 15 min. (±5 min.) (Start-up time may be influenced by convection speed and process temperature setpoint. II. FORCED CONVECTION AIR COOLING MODULE: Note: For inert atmosphere machines, the standard Forced Convection Air Cooling Module is not installed. Refer to Section IV. - Access to the cooling zone is independent of the heated chamber section - Two (2) cooling zones (top cooling only) - Two (2) high volume forced convection cross-flow blowers in top cooling zone - Four (4) speed settings for the blower, providing varying volumetric flow - Thermocouple in first cooling zone to monitor cooling zone temperature; user selectable alarm parameters. (Thermocouple monitors forced gas convection temperature.) OPTIONS: - Additional Cooling Module, externally mounted 350 cfm (595 m 3 0 static pressure; 230 VAC, 50/60Hz, 64 W, 0.28 amp PCB exit temperatures are typically C (36-54 F) cooler when measured at the end of the conveyor SPECIFICATIONS: - Cooling chamber length: 30 (762 mm) - Thermocouple: K-type; grounded junction; stainless steel sheath and overbraid - Cooling temperature alarm range: C ( F) - Forced convection blower: High volume forced convection; plug-in electrical connections - Blower rating at 0 static pressure: 350 cfm (595 m 3 /hr), 50/60 Hz, 230 VAC, 64 W, 0.28 amp - Total forced convection: 60 Hz 50 Hz Cooling Zone 1 (1 blower): 350 cfm (595 m 3 /hr) 332 cfm (565 m 3 /hr) Cooling Zone 2 (1 blower): 350 cfm (595 m 3 /hr) 332 cfm (565 m 3 /hr) Total Cooling (2 Blowers): 700 cfm (1190 m 3 /hr) 665 cfm (1131 m 3 /hr) Note: Differences in cfm rating between 50 Hz and 60 Hz show less than ±2 C (±4 F) thermal profile variance between identical process parameters. Page 2 of 11

3 III. INERT ATMOSPHERE HEATING MODULE (OPTIONAL): - Sealed upper and lower heater chambers with inerting gas introduced directly to the chamber - Gas controls consisting of solenoid valve on feed line, manual safety shut-off valve, pressure regulator and gauge, and adjustable flow control valve - Two (2) atmosphere isolation curtain modules (one before the heating chamber and one after the cooling chamber) to prevent air infiltration to the process chamber - Sensors on the top heating and cooling chamber hoods, and exhaust pressure monitoring to automatically shut Off the main nitrogen feed when the chamber opens or when the exhaust flow rate is too low. SPECIFICATIONS: - Required gas supply 1 : Supply line should be installed - Minimum supply line pressure: 54 psi (363 kpa) - Maximum supply line pressure: 100 psi (670 kpa) - Minimum available flow rate: 2500 SCFH (71 m 3 /hr) - Typical nitrogen consumption 2 : SCFH ( m 3 /hr) - Typical oxygen levels 2 : 50 ppm along the length of the process medium convection Note: Preheat zones may be higher due to load end effect and product throughput. - Typical oxygen purge time: 15 min. (±5 min.) ambient to full process ready state Note: Purge times may be influenced by convection speed and process temperatures. Note 1 : External pressure regulators and gauges, shut-off valves, and filters are to be installed by the customer on the gas supply lines at the machine inputs. Note 2 : Actual nitrogen consumption in strongly influenced by machine configuration and operating conditions. Severe conditions may require higher consumption rates to achieve low ppm levels. Factors influencing consumption include: Product width, height, required component clearance, and throughput loading or board spacing Forced convection speed settings in heating and cooling zones Conveyor configuration (Combination Pin Chain/Mesh Belt and Center Board Support Conveyor Option will increase consumption when compared to Pin Chain or Mesh Belt configurations) IV. INERT ATMOSPHERE COOLING MODULE (OPTIONAL): Note: For standard air atmosphere machines, the Inert Atmosphere Cooling Module is not installed. Refer to Section II. - Two (2) sealed cooling zones (top only) with separate nitrogen feed providing recirculated inert product cooling after reflow - One (1) high volume forced convection blower and one (1) heat exchanger in each cooling zone - Lift-up hinged housing for each module allows easy access to the cooling zone without opening the heated chamber - External quick disconnects for the water lines allow for quick and easy heat exchanger removal - Four (4) speed settings for the blower, providing varying volumetric flow - Thermocouple in first cooling zone to monitor cooling zone temperature; user selectable alarm parameters. (Thermocouple monitors forced gas convection temperature.) - Solenoid valve on chilled water inlet cycles water on and off during controlled machine shutdown - Flow switch on water outlet from heat exchanger provides alarm if there is no flow of chilled water to the heat exchanger - Process Volatile Active Cleaning (PVAC) Replaces the first Cooling Zone with the PVAC Inert Cooling Unit Re-routes process gases to control cooling slopes and lengthen the time between cleaning cycles OPTIONS: - On-board Refrigerated Chiller Closed-loop chilled water in space saving footprint. Contact factory for pricing and details Note: Chiller size 18 H x 43.5 W x 17 D must be added to footprint. Spare Heat Exchanger Provides a spare radiator for the cooling section on inert atmosphere cooling modules Enables quick exchange of the radiators during maintenance of the cooling section One radiator is required for each cooling module Page 3 of 11

4 INERT ATMOSPHERE COOLING MODULE (cont.): SPECIFICATIONS: - Cooling chamber length: 30 (762 mm) - Thermocouple: K-type; grounded junction; stainless steel sheath and overbraid - Cooling temperature alarm range: C ( F) - Forced convection blowers: High volume forced convection; high temperature sealed bearing; built-in thermal overload protection; re-useable silicone gaskets; plug-in electrical connections - Blower rating at 0 static pressure: 160 cfm (270 m 3 /hr), 50/60 Hz, 230 VAC, 115 W, 0.50 amp (internal cooling) - Total forced convection: 60 Hz 50 Hz Cooling Zone 1 (1 blower): 160 cfm (272 m 3 /hr) 152 cfm (258 m 3 /hr) Cooling Zone 2 (1 blower): 160 cfm (272 m 3 /hr) 152 cfm (258 m 3 /hr) Total Cooling (2 Blowers): 320 cfm (544 m 3 /hr) 304 cfm (517 m 3 /hr) Note: Differences in cfm rating between 50 Hz and 60 Hz show less than ±2 C (±4 F) thermal profile variance between identical process parameters. - Chilled water requirements: These specifications are listed for factory supplied chilled water requirements only. Flow rate: US gal/min ( l/min) Inlet size and pressure: 0.5 male NPT; psi ( kpa) Pressure drop: 30 3 US gal/min ( l/min) Feed temperature: 7-30 C (45-86 F) Check valve: To be installed by customer on return line to factory chilled water system Note: Typical temperatures in the cooling zone range from C ( F). Coolant flow rates and temperatures of the factory chilled water supply may be modulated to give higher temperatures in the cooling zone which may reduce maintenance requirements in some applications. The machine will operate normally, provided that the maximum permitted temperature of the cooling zone heat exchanger is not exceeded. V. CONVEYOR MODULE: - Combination mesh belt and pin chain conveyor - Mesh conveyor comprised of 304 stainless steel with ¼ pitch spacing - Pin chain conveyor contains manual width adjust; semi-automatic oiler system. - AC motor with closed-loop speed control; pulse feedback from digital shaft encoder - Product input photocell for product monitoring and recipe specific work-in-process tracking - Conveyor direction: left-to-right OPTIONS: - Alternate Conveyor Direction: Right-to-left in lieu of left-to-right conveyor travel Note: Right-to-left configuration needs additional lead time. Contact factory for details. - Computer Controlled Motorized Width Adjust for pin chain conveyor - CBS (Center Board Support) Conveyor #35 steel product support chain synchronized with pin chain conveyor speed; semi-automatic chain oiler system. Automatic height retract by 0.5 (12 mm) when board support is not required Manual width positioning and vertical retraction Note: The CBS Option is only available with the Pin Chain Conveyor Option. It is not available with the standard Medsh Belt, Combination Conveyor or any of the DualTrak Conveyor Options. SPECIFICATIONS: - AC motor: 1/15 hp; with speed reduction gearbox - Conveyor speed: 1 to 70 in/min (3 to 178 cm/min) - Speed accuracy: ± 0.1 in/min (± 0.25 cm/min) - Mesh belt process width: 16 (406 mm) maximum usable process; 20 (508 mm) overall belt width - Pin Chain Conveyor process width: Min: 2.0 (50 mm) Max: Note: 17.0 (432 mm) Center Board Support (CBS) Option requires 3 mm (0.12 ) clear track on circuit board - Conveyor chain pin length: Std: (4.8 mm) Opt: (3.0 mm), (7.4 mm), or custom lengths upon request - Conveyor rail parallelism: ±0.020 (±0.5 mm) - Process height: Belt: 2.50 (64 mm) Rail: 1.25 (32 mm) above; 1.0 (25 mm) below Page 4 of 11

5 CONVEYOR MODULE SPECIFICATIONS (cont.): - Conveyor height from floor: Belt: 32 (813 mm) to 38 (965 mm); adjustable by leveling bolts Rail: 33 (838 mm) to 39 (991 mm); adjustable by leveling bolts - Torque limit on motor: 100 in-lb (11.3 Newton-m) for standard mesh belt conveyor 100 in-lb (11.3 Newton-m) for optional pin chain or combination conveyor 60 in-lb (6.8 Newton-m) for motorized pin chain width adjust - Semi-automatic pin chain oilers: Located at load end of conveyor rails; manual valve control and drip-rate adjustment Note: Oilers must be configured to use 10cc s of oil per lubrication, set to approx. one drip every 7 to 10 seconds. Reference owner s manual for lubrication intervals. VI. SYSTEM CONTROLS: HARDWARE: - Mechanical main power disconnect; ESD grounding jacks at load and unload ends - Control circuit 120 volts (all systems are circuit breaker protected) with 24 VDC emergency stop circuit - Two (2) emergency stop switches; located on the front of the load and unload ends - PLC to monitor I/O interface for controller hardware; integrated watchdog timer circuitry - PC Interface computer with the following minimum hardware setup that allows for multitasking and the ability to network: Intel - based computer 32X (or faster) CD-ROM; 1.44Mb 3.5 floppy disk; 4.1Gb (or larger) hard disk SVGA monitor, PC keyboard with integrated trackball Windows NT operating system Custom graphics interface SOFTWARE: - On-screen indexed help and maintenance screens - Real-time graphic animation of system with display of process parameters, setpoints, alarm status, and product flow tracking - Recipe manager; stores unique recipes for rapid process setup on local and networked drives - Integrated software timer utility providing programmable seven-day automatic start/stop timer - Alarm screen containing user defined alarm parameters, actions, and high/low deadbands - Print capability provides screen and recipe printing as well as on-line alarm logging - History log stores machine events such as recipe changes, alarms, and start/stop functions to disk or network - Software controlled thermocouple failure detection - Integrated Power Limiting featur limits power consumption from 25% to 100% of full load values (user-programmable) NOTE: The Integrated Power Limiting feature affects time to full process Ready State. Use of the Integrated Power Limiting feature is process dependent and the lower range of the power limiting feature may not provide adequate power for some recipes. Page 5 of 11

6 VII. DOCUMENTATION - Documentation Set: includes one (1) set of manuals, bills of materials, and schematics on CD ROM. OPTIONS: - Additional User Manuals Set includes one (1) additional set of complete machine user manuals in either printed format or CD ROM format. - Additional Documentation Set includes the bills of materials and schematics in either printed format or CD ROM format. Note: Printed manuals or documentation are priced higher than CD ROM format. VIII. GENERAL SYSTEM OPTIONS: MACHINE OPTIONS: - UPS Backup (Uninterruptible Power Supply) battery backup (900 VA): Integrated battery backup provides power to the control system and conveyor in the event of a power failure for automatic product evacuation from the process chamber; on-screen audible and visual alarms On-line battery charging; 30+ minutes of battery backup with a fully charged battery Continuous monitoring of line power; onboard self-test diagnostics - Output Photocell for board count verification (input photocell is standard) - Two (2) Rear E-stops provides two additional E-stops on the load and unload ends of the rear of the machine - Programmable Outputs 1 offers three (3) user programmable dry contact output relays - Network Interface Card for the PC option - SMEMA Interface 1,2 electrical equipment interface Note 1 : The SMEMA Interface utilizes two of the three available I/O channels from the Programmable Outputs option. Note 2 : Due to the continuous nature of the reflow process, the system cannot be stopped if the downstream equipment is busy. Page 6 of 11

7 IX. POWER SPECIFICATIONS: STANDARD: - 200/208 VAC, 3-phase, 50 / 60 Hz (4 wires: 3 phase, 1 ground) VAC, 3-phase, 50 / 60 Hz (4 wires: 3 phase, 1 ground) VAC, 3-phase, 50 Hz (5 wires: 3 phase, 1 neutral, 1 ground) VAC, 3-phase, 60 Hz (4 wires: 3 phase, 1 ground) Note: Please consult the factory for special voltage and/or frequency requirements and specifications not listed. START-UP POWER REQUIREMENTS: kva 220 VAC 240 VAC 380 VAC 415 VAC 440 VAC 480 VAC - Basic system power consumption: Amp 177 Amp 95 Amp 102 Amp 82 Amp 89 Amp - Add optional rail heaters: Amp 5 Amp 3 Amp 3 Amp 2 Amp 2 Amp Note: The values listed are at maximum power consumption during full load start-up. Power consumption is lower at stabilized process conditions, as shown in the table below, but varies based on process parameters and product loading. Typical conditions will draw 20-30% of full load value (based on 20-30% duty cycle) at steady state operating conditions. PROCESS-READY REQUIREMENTS: KVA 220 VAC to 240 VAC 380 VAC to 415 VAC 440 VAC to 480 VAC - Basic system average power consumption: Amp to 53 Amp 29 Amp to 31 Amp 25 Amp to 27 Amp - Add optional rail heaters: Amp to 1.5 Amp.6 Amp to.9 Amp.4 Amp to.6 Amp Notes: The loads on the machine are single phase, thus load balancing is dependent on the options selected. The actual line amperage may vary slightly from the values given above. The machine is equipped with a main disconnect switch which is not fused. It is recommended that the main supply power be supplied to the machine via a wall-mounted fused disconnect in accordance with local codes. European Customers: To comply with EMC Directive 89/336/EEC on electromagnetic compatibility, power cables to the machine must be run in rigid or flexible metal conduit. X. EXHAUST SPECIFICATIONS: STANDARD OPERATION: - Air version Load-end: 100 cfm (170 m 3 /hr) Unload-end: 250 cfm (425 m 3 /hr) Middle (hood exhaust): 150 cfm (255 m 3 /hr) per 4 (102mm) internal stack Total exhaust: 650 cfm (1104 m 3 /hr) at the 6 (152 mm) stack (minimum requirement) - Nitrogen version Load-end: 150 cfm (255 m 3 /hr) Unload-end: 150 cfm (255 m 3 /hr) Middle (hood exhaust): 150 cfm (255 m 3 /hr) per 4 (102mm) internal stack Total exhaust: 600 cfm (1019 m 3 /hr) at the 6 (152 mm) stack (minimum requirement) - Water gauge static pressure drop: 1.3 (33 mm) for the 6 (152 mm) stack on the machine Note: All specified exhaust requirements listed above are minimum values. Page 7 of 11

8 XI. ELECTRICAL CODES / COMPLIANCE: UNDERWRITERS LABORATORY (UL): - Listed for Factory Automation Equipment, File #E Testing to specifically include: Standard for Industrial Control Equipment, Part 1 Underwriter s Laboratory (UL) 508 National Electrical Code (NEC), ANSI/NFPA Electrical Standard for Industrial Machinery, NFPA Note: To view the Underwriters Laboratory Certification File online, go to and enter E in the search data entry box. The page is also accessible at > Certifications > UL File Number. CE COMPLIANCE (EUROPEAN): - Declaration of Conformance is based on compliance to European Directives 89/392/EEC, 91/368/EEC, 93/44/EEC, 93/68/EEC, 89/336/EEC based on the following European Harmonized Standards: EN (Basic concepts, general principles for design, basic terminology, methodology) EN (Basic concepts, general principals for design, technical principles and specifications) EN (Electrical equipment of machinery) EN (Limits and methods of measurement of radio disturbance - emissions) EN (Electromagnetic compatibility - immunity) XI. PHYSICAL CHARACTERISTICS: - Dimensions 1 : Length: Width: 46.0 Height: Conveyor height: Mesh Belt: 32.0 to 38.0 (813 mm to 965 mm) Pin Chain: 33.0 to 39.0 (838 mm to 991 mm) - Access clearance: Front: 26.5 (673 mm) Rear: 10.0 (254 mm) - Machine weight: Per leg: 417 lbs. (189 kg) Total: 2500 lbs. (1134 kg) - Noise levels 2 : Front: < 70 dba Rear: < 70 dba Load end: < 70 dba Unload end: < 70 dba Note 1 : The height dimension listed is with the leveling legs at the maximum height setting, excluding the optional light tower. Note 2 : The noise levels listed were measured at a 3-foot distance from the equipment per OSHA standards. NOTE: In the interests of product improvement, Electrovert reserves the right to change product specifications without prior notice. Page 8 of 11

9 Bravo 8105 Front View Bravo 8105 Rear View Page 9 of 11

10 Load SMEMA 333 (13 ) Alarm Buzzer 1171 (46 ) Bravo 8105 Load End View 1727 (68 ) Disconnect 2-1/2 Power In 894 (35 ) Unload SMEMA Bravo 8105 Unload End View Page 10 of 11

11 ELECTROVERT Speedline Technologies World Headquarters: 16 Forge Park Franklin, MA Tel- (508) Fax- (508) Manufacturing Facilities ACCEL & ELECTROVERT Highway 5 South Camdenton, MO Tel- (573) Tel- (573) CAMALOT & MPM 16 Forge Park Franklin, MA Tel- (508) Fax- (508) Sales and Customer Support Offices US 16 Forge Park Rd. Elgin, IL Toll Free Tel- (800) Tel- (508) Fax- (508) MEXICO Carretera Base Area #5850 Km. 5 Edificio 11 Zapopan, Jalisco, Mexico Tel- +52 (3) Fax- +52 (3) EUROPE Im Gefierth 14 D Dreieich, Germany Tel- +49 (0) Fax- +49 (0) ASIA 120 Kampong Ampat KA Centre #05-08, Singapore Tel Fax Page 11 of 11

A. General Specifications. B. Dimensional Layout. BTU International Specification: Model 150Nz12 Reflow Solder System Date: 11/05/09 Page: 1/6

A. General Specifications. B. Dimensional Layout. BTU International Specification: Model 150Nz12 Reflow Solder System Date: 11/05/09 Page: 1/6 Page: 1/6 A. General Specifications Maximum temperature rating (all zones): 350 C Nominal operating temperature: 80-350 C Number of controlled heated zones: 12 Top 12 Bottom Oven atmosphere: Air/N 2 Working