Model “190ABE”

Driving Belt — Black PVC 120 belt.

Bed — Roller bed width between frames, 15", 21", 27", 33" and 39". NOTE: Shown 7" x 1½" x 12 gauge powder painted formed steel channel frame, with Optional bolted together with butt couplings and floor supports. Frame Center-mounted sections are 10'0" and 5'0" long. Drive.

Tread Rollers — 1.9" diameter x 16 gauge galvanized steel rollers spaced on 2¼" or 3" centers. Safety pop-out design prevents dam- age to product or harm to personnel if caught between belt and tread rollers.

Pressure Rollers — 1.9" diameter x 16 gauge galvanized steel rollers with 7/16" Hex Shaft spaced on 6" and 12" centers. Raised by air to drive tread rollers, lowered when sensing device is activated.

OPTIONAL EQUIPMENT Sensing Device — Photoelectric sensor in each zone detects presence of product and activates accumulation feature in the trailing zone if Center Drive - Mounted below conveyor bed section. Can be placed leading zone is occupied. most anywhere in conveyor length.

Power Supply — 120 VAC power supply controls accumulation feature Floor Supports - Higher or lower supports available. Minimum ele- with 24 VDC output. Power supply will control 40 accumulation zones. vation with standard end drive, 25".

Air Requirements — Operating pressure is 20-35 psi on main trunk line.

Accumulation Zones — 18” long, air operated. Note: Zone length must be evenly divisible by roller centers.

Accumulation Zones — 24”, 30”, or 36” long, air operated. Conveyor frame lengths change with zone lengths. NOTE: Zone length must be Roller Brakes - (4) rollers per zone. evenly divisible by roller centers.

Diffused Photo Eyes — To be used when retro-reflective photo Filter/Regulator - Supplied loose for mounting to conveyor side eyes can't be used due to product interference. frame, with 3⁄8”NPT ports. 35 to 40 psi recommended operating pres- Slug Release - Allows for conveyor to be unloaded quickly when ac- sure with free air consumption of .0062 cu. ft. per sensor operation. cumulation feature not required.

Guard Rails — 1½" x 1½" x 12 gauge galvanized angle guard rails, both Ceiling Hangers - ½" diameter threaded rods 8'0" long with locking sides. NOTE: Product contact with guard rails will affect product flow. nuts and mounting hardware. Other lengths are available.

Tail Pulley — 4" diameter crowned with 13⁄16" diameter shaft.

Air Control Zone Stop — Pneumatic brake to stop rollers in work Drive Pulley - 8" diameter crowned and fully lagged with 17/16" di- station area. ameter shaft. Located at infeed end of conveyor.

Motor — Single phase, energy efficient, explosion proof, etc.

Other HP Snub Roller — 2½" diameter adjustable mounted directly behind drive available. pulley, 2" diameter adjustable mounted directly behind tail pulley.

Electrical Controls — Magnetic starters and push button stations; Floor Supports - Adjustable 31½" to 45½" from floor to top of roller. manual motor starters with overload protection, others. One support supplied at each end of conveyor and at each bed joint.

If the photoelectric sensor Speed Reducer — C-Face mounted heavy duty worm gear reducer. in Zone #1 has been activated by an external signal (normally open con- Motor - ½ HP 230/460-3-60 TE motor. tact, not supplied) the product will stop in Zone #1.

Conveyor Speed — 60 FPM constant. Some higher and lower speeds 2) The second load travels the length of the conveyor until it reaches Zone #2. available. However, most efficient accumulation occurs at 60 FPM. If Zone #1 is occupied, the second load will stop in Zone #2. Load #3 will stop in Zone #3 and continue to accumulate at “zero pressure”until fully Capacity - See Load Capacity Chart. 150 pounds max. unit load. loaded. 3) To unload, an external signal (normally open contact, not supplied) to the photoelectric sensor in Zone #1 will release the accumulation feature and allow the product in Zone #1 to leave the conveyor. The load in Zone #2 will not advance into Zone #1 until the load in Zone #1 has completely cleared Zone #1’s photoelectric sensor; the third load will not advance into Zone #2 until the second load clears the photoelectric sensor in Zone #2. Once the first load clears the photoelectric sensor in Zone #1, the external signal must be restored to Zone #1’s photoelectric sensor for the accumula- tion process to continue.