M-B Companies, Inc. Administration Pavement Marking Equipment Divisions 1615 Wisconsin Avenue EAST COAST DIVISION WEST COAST DIVISION P.O. Box 200 79 Montgomery Street 2490 Ewald S.E. New Holstein, WI 53061 Montgomery, PA 17752 Salem, OR 97302 Phone: 800-558-5800 Phone: 888-323-2900 Phone: 800-253-2909 FAX: 920-898-4588 FAX: 570-547-1629 FAX: 503-370-4389 Specification Model 245 Self Propelled Intermediate Striper High Pressure Airless Options Revised September 27, 2006 This specification describes options for an M-B model 245 High Pressure Airless Self- Propelled Striper and is for reference only. The M-B Companies reserve the right to change this Standard specification without notice. Thus, it is important that final specifications per customer requirements, (replace standard with Customer name) be completed by M-B as close as possible in time for bid. Please consult M-B Companies Sales department with any questions or requests.
Page 2 of 9 It is the intent of this specification to describe and define all options for a 245 High Pressure Airless Self Propelled Striper. The format of this specification is itemized form for ease of topic definition and topic reference. Table of Contents 1. Agitator, Air Driven (No heat) 2. Agitator, Hydraulic Driven 3. Arrowboard 4. Auxiliary Engine: Honda 5. Carriage Assembly, Sliding 6. Cleaning Solution System, 20 Gallon 7. Crosswalk Gun Carriage 8. Fire Extinguisher 9. Fourth Paint & Bead Gun 10. Heat System, single color 11. Heat System, dual color 12. High Pressure Piston Paint Pump, 12.9 GPM 13. Paint Handgun 14. Paint Storage Reservoir, 60 Gallon 15. Paint Storage Reservoirs, 120 Gallon 16. Rear Bumper / Drop Platform 17. Rotating Beacon 18. Second Cover Assembly / Drum Hold Down 19. Second High Pressure Piston Paint Pump, 8.6 GPM 20. Spare Tire 21. Strobe Light 22. Transfer Pump 23. Windshield 24. Work Lights
Page 3 of 9 1. Agitator, Air Driven (No Heat) 1.1. No heat available with this option 1.2. Two stainless steel paddles, minimum 1.3. Drive motor has a valve to control paddle speed 2. Agitator, Hydraulic Driven 2.1. Two stainless steel paddles, minimum 2.2. Drive motor has a valve to control paddle speed 3. Arrowboard 3.1. 24 x 48 arrowboard, 13 lamp 3.2. Hooded, seal beam amber lighting 3.3. Mounted behind canopy 3.4. 12 Volts DC 3.5. Solid State circuit control 4. Auxiliary Engine: Honda 4.1. 20 hp, gas 4.2. 2 cylinder, 4.3. Fuel supply from chassis 5. Carriage Assembly, Sliding 5.1. Front side shift sliding 5.1.1. Slide position set by hydraulic motor driven gears against two racks 5.1.1.1. Hydraulic power provided by auxiliary engine 5.1.2. Floating for constant pavement relationship 5.1.3. Square tube welded construction 5.1.4. Three caster wheel design 5.1.4.1. One for overall support of chassis 5.1.4.2. Two for floating carriage 5.1.5. Retracting for near vertical storage, transport, and accessibility for gun servicing 5.1.5.1. Lift provided by electric winch 5.2. Air manifold (for paint bead on / off solenoids) 5.2.1. Machined aluminum manifold to support all paint and bead gun solenoids 5.2.2. Individual solenoid for each gun 5.2.2.1. Stainless steel body ¼ npt ports 5.2.2.2. Brass manual petcock between the manifold and each control solenoid 5.2.2.3. Air control line to gun 3/8 O.D. 5.2.2.3.1. Color coded: Blue 5.2.2.3.2. Fiber braid reinforced Nylon 5.2.2.3.3. Meets SAE J844 type B, DOT FMVSS 571.106 6. Cleaning Solution System, 20 Gallon 6.1. 20 gallon stainless steel solvent tank, pressure pot system 6.1.1. ASME certified pressure vessel 6.1.2. 65-lb. safety relief valve with gauge and regulator mounted at tank top
Page 4 of 9 6.1.3. 100 psi working, 165 psi test 6.1.4. Tank clearly labeled CLEANING SOLUTION 6.1.5. 3 pipe plug for loading 6.1.6. Tank drain quarter turn valve at bottom of the tank 6.1.7. ¾ S/S check valve near outlet to prevent paint back-up into cleaner tank 6.2. Cleaning available to all paint wetted lines 6.2.1. At each tank outlet there shall be a ball valve located within 18 of tank outlet to flush the downstream paint system and crossover line 6.2.2. At paint manifold 6.2.3. Air blow down system shall be incorporated after cleaner tank to allow air to be forced through each individual line before and after flushing with cleaner. 6.2.4. Cleaning solution lines 6.2.4.1. Color coded: Red 6.2.4.2. Fiber braid reinforced Nylon 6.2.4.3. Meets SAE J844 type B, DOT FMVSS 571.106 6.3. Garden hose attachment 6.3.1. Valved connection point to attach water source 7. Crosswalk Gun Carriage 7.1. Use paint and bead supply from striper 7.2. 50 feet paint and bead hose 7.3. One Graco high pressure type paint gun 7.3.1. Adjustable width line 4-12 7.4. One glass bead gun 7.5. Well balanced and short frame 7.5.1. Welded steel construction, torsionally rigid 7.5.2. Three wheels 7.5.2.1. 10 X 1.75 ball bearing for low resistance pushing 7.6. Air control for each paint spray gun 7.7. Gun mount and bar positioned right or left side of unit 7.7.1. Adjust up and down, left and right for operator adjustable gun placement 7.7.2. Allow each gun to be positioned independent of any other gun 8. Fire extinguisher 8.1. 20 lb. dry powder type 8.2. Mounted on canopy post 9. Fourth Paint & Bead Gun (max of three guns can be run at any time) 9.1. One Kamber 50-A, no exceptions, high pressure type paint gun 9.1.1. 6" line width, 0.015 thickness 9.1.2. Corrosion resistant material for all paint wetted parts 9.1.3. Each with solenoid operated air valves 9.1.4. One Graco model #238-338 glass bead gun 9.1.5. Smooth surfaced deflector to assure full line coverage 9.1.6. Minimum three adjustment tips for bead guns to assure proper operation and set up of the unit in varied conditions (one complete set per gun) 9.2. Complete with controls and plumbing 9.3. Mounted on carriage
Page 5 of 9 10. Heat System, single color (requires one transfer pump) 10.1. 120 degrees F sustainable paint temperature, 50 degree F ambient 10.2. Boiler: 10.2.1. 104,000 BTU/hr burner 10.2.2. Horizontal tubular liquid heater 10.2.3. Fired by a gun type burner 10.2.3.1. Adjustable combustion heat assembly 10.2.3.2. Permits regulation of air into the burner 10.2.3.3. Operation with zero to a trace of smoke 10.2.3.4. Insensitive to draft or back pressure variation 10.2.3.5. Highly resistant to the pulsation. 10.2.4. Safety controls to prevent overheating, excessive water pressure and shut down in case of malfunction 10.2.4.1. Auto shut down upon glycol preset overtemperature 10.2.4.1.1. Fuel shut-off solenoid 10.2.5. Fuel provided from secondary plastic tank 10.2.6. 12-volt DC centrifugal pump for glycol circulation 10.2.6.1. Hoses sized for one pump utilization for maintenance minimization 10.2.6.2. Flow sense switch to shut down burner if glycol circulation stops 10.3. Heat exchanger (one) 10.3.1. Four pass shell and tube type stainless steel 10.3.2. Minimum 34 square feet exchange area 10.3.3. Automatic diverter valve for glycol to bypass the exchanger for paint temperature control 10.3.4. Mounted vertically to facilitate draining 10.3.5. Insulated bag with drawstring around each exchanger 10.4. Temperature controls 10.4.1. Two phase automatic control to prevent overheating and optimum paint temperature 10.4.1.1. First phase controls high and low temperature of glycol by cycling burner on and off as it reaches maximum or minimum preset temperature 10.4.1.2. Second phase controls glycol flow into the heat exchanger (by diverter valve) thus paint temperature control 10.4.2. Temperature operator interface located on the operator control console within easy reach during operation. One for each system: glycol, paint 10.4.2.1. On / off toggle switch 10.4.2.2. Temperature set knob 10.4.2.3. Analog type temperature control gauges, ten degree increments 10.4.2.3.1. 0 degree F to 200 degree F range for paint 10.4.2.3.2. 0 degree F to 260 degree F range for glycol 10.4.2.4. Heating indicator light, To Temp indicator light 10.5. Vertical glycol expansion tank for fill and/or check level 10.5.1. 7" diameter, 24" high 10.5.2. Bolted to the platform 10.5.3. Port for checking fluid level 10.5.4. 14 psi pressure cap 10.5.5. Overflow tube from the cap neck down through the platform
Page 6 of 9 11. Heat System, dual color (requires two transfer pumps and second high pressure pump) 11.1. 120 degrees F sustainable paint temperature, 50 degree F ambient 11.2. Boiler: 11.2.1. 104,000 BTU/hr burner 11.2.2. Horizontal tubular liquid heater 11.2.3. Fired by a gun type burner 11.2.3.1. Adjustable combustion heat assembly 11.2.3.2. Permits regulation of air into the burner 11.2.3.3. Operation with zero to a trace of smoke 11.2.3.4. Insensitive to draft or back pressure variation 11.2.3.5. Highly resistant to the pulsation. 11.2.4. Safety controls to prevent overheating, excessive water pressure and shut down in case of malfunction 11.2.4.1. Auto shut down upon glycol preset overtemperature 11.2.4.1.1. Fuel shut-off solenoid 11.2.5. Fuel provided from secondary plastic tank 11.2.6. 12-volt DC centrifugal pump for glycol circulation 11.2.6.1. Hoses sized for one pump utilization for maintenance minimization 11.2.6.2. Flow sense switch to shut down burner if glycol circulation stops 11.3. Heat exchanger (two) 11.3.1. Four pass shell and tube type stainless steel 11.3.2. Minimum 34 square feet exchange area 11.3.3. Automatic diverter valve for glycol to bypass the exchanger for paint temperature control 11.3.4. Mounted vertically to facilitate draining 11.3.5. Insulated bag with drawstring around each exchanger 11.4. Temperature controls 11.4.1. Two phase automatic control to prevent overheating and optimum paint temperature 11.4.1.1. First phase controls high and low temperature of glycol by cycling burner on and off as it reaches maximum or minimum preset temperature 11.4.1.2. Second phase controls glycol flow into the heat exchanger (by diverter valve) thus paint temperature control 11.4.2. Temperature operator interface located on the operator control console within easy reach during operation. One for each system: glycol, paint1, paint 2 11.4.2.1. On / off toggle switch 11.4.2.2. Temperature set knob 11.4.2.3. Analog type temperature control gauges, ten degree increments 11.4.2.3.1. 0 degree F to 200 degree F range for paint 11.4.2.3.2. 0 degree F to 260 degree F range for glycol 11.4.2.4. Heating indicator light, To Temp indicator light
Page 7 of 9 11.5. Vertical glycol expansion tank for fill and/or check level 11.5.1. 7" diameter, 24" high 11.5.2. Bolted to the platform 11.5.3. Port for checking fluid level 11.5.4. 14 psi pressure cap 11.5.5. Overflow tube from the cap neck down through the platform 12. High-pressure piston paint pump (requires 24 hp engine minimum) 12.1. 13 gpm paint 12.2. 2000 psi 12.3. Ratio of paint system to hydraulic system is 1:1 12.3.1.1. Other ratios not acceptable 12.4. Waterbase paint compatible, tungsten carbide seats and check balls 12.5. Packings are spring loaded and self-adjusting 12.6. Accumulator on discharge side of pump for constant flow and minimal hourglassing 12.6.1.1. Nitrogen charged 12.7. Y type strainer between pump and guns 12.7.1.1. Plumbed and valved for cleaning 12.7.1.2. Location in an area that is readily accessible for cleaning 12.7.1.3. 1 NPT with 30 mesh element 13. Paint handgun 13.1. Graco #288-420 handgun 13.2. 50 hose 13.3. Connection point and valve provided 14. Paint Storage Reservoir, 60 Gallon 14.1. Unpressurized stainless steel tank 14.1.1. Coated, non stainless steel not acceptable 14.2. 25.25 maximum diameter each 14.3. Stainless steel covers 14.3.1. Bolted to tank 14.3.2. 4 threaded cap for inspection 14.3.3. Agitator mount 14.3.4. Air vent 14.3.5. Teflon gasket seal 14.4. Minimum 4 of air space above paint at rated capacity 14.5. Constructed of 11-gauge material 14.6. Reinforced sides to prevent bulging while full 14.7. Paint shut off valve at tank outlet, bottom 14.8. Drain located at lowest point in tank 15. Paint Storage Reservoirs, 60 Gallon/60Gallon 15.1. Unpressurized stainless steel tanks 15.1.1. Coated, non stainless steel not acceptable 15.2. 25.25 maximum diameter each
15.3. Stainless steel covers 15.3.1. Bolted to tank 15.3.2. 4 threaded cap for inspection 15.3.3. Agitator mount 15.3.4. Air vent 15.3.5. Teflon gasket seal 15.4. Minimum 4 of air space above paint at rated capacity 15.5. Constructed of 11-gauge material 15.6. Reinforced sides to prevent bulging while full 15.7. Paint shut off valve at tank outlet, bottom 15.8. Drain located at lowest point in tank Page 8 of 9 16. Rear Bumper / Drop Platform 16.1. Drop platform for cone storage / retrieval 16.2. 36 wide and extend across the platform back 16.3. 14-18 above the road surface 16.4. 11-gauge safety tread plate 16.5. Midback high seat with fore and aft adjuster 16.6. Hand rails 17. Rotating Beacon 17.1. Amber beacon 17.2. Located on canopy front, center 18. Second Cover Assembly / Drum Hold Down 18.1. Stainless steel construction 18.2. Includes pickup tube and strainer 18.3. Agitator mount 18.4. 3 inspection port 18.5. Allows for pump to draw from either or both barrels 19. Second high-pressure piston paint pump (max of three guns can be run at any time) 19.1. Hydraulic powered, capable of meeting the performance characteristics required 19.2. Minimum 8.3 gpm paint 19.3. 2000 psi 19.4. Ratio of paint pressure to hydraulic pressure 1:1 19.4.1. All other ratios unacceptable 19.5. Stainless steel, tungsten carbide seats, for all paint-wetted parts 19.6. Nitrogen charged accumulator on discharge of high pressure pump for constant flow and minimal hourglassing 19.7. 30 mesh stainless steel screen strainer between pump and guns 20. Spare tire 20.1. Extra tire/wheel assembly 20.2. Shipped loose with unit
21. Strobe Light 21.1. Amber strobe light 21.2. Located on canopy front, center Page 9 of 9 22. Transfer pump 22.1. One 1-1/2 diaphragm loading pump 22.1.1. Air operated, non-stalling 22.1.2. Transfer paint from supply drums at ground level, to paint tanks 22.1.3. Equipped with Teflon balls and Teflon diaphragms 22.1.4. Automatic and adjustable inline oiler for pump air supply line if recommended by the pump manufacturer 22.1.5. Stainless steel for all paint-wetted parts 22.2. For tank fill: 12' x 1 ½ " diameter multi-chemical suction hose with basket strainer on one end and a stainless steel coupler with plug on the other 23. Windshield 23.1. Mounted in front of operator 23.2. 25.375 W x 49.5 H 23.3. Single windshield wiper 24. Work Lights 24.1. Maximum two work / flood lights 24.2. Mounted on canopy 24.3. Facing either platform or carriages 24.3.1. Customer to provide preference prior to design