GREASE RESERVOIR PUMPS

Grease Uninterruptible Source removes air from grease and facilitates continued operation during grease supply (tote, canister, drum or pail) interruptions. GUS1000 has a 1049 cc inlet grease reservoir, and a 49 cc outlet grease accumulator with a 25 to 1 boost ratio. GUS1000 is controlled by an integral microprocessor and requires 120 v.a.c. 50/60 Hz and compressed air for operation. Grease inlet and outlet port size is SAE 8 (1/2"). GUS1000 is recommended for systems with average grease usage of 12 cc per minute or less.

Grease Uninterruptible Source with integral microprocessor removes air from grease and facilitates continuous operation even during cartridge changes. GUS1012 has two PCART2000 (14.5 oz. cartridge type) grease reservoirs, automatic changeover from one cartridge to the other when one is empty, a 12 cc outlet grease accumulator with a 6 to 1 boost ratio, and functions with NLGI 000 to 2 grease. GUS1012 is controlled by an integral microprocessor and requires 120 v.a.c. 50/60 Hz and compressed air for operation. Grease outlet port size is SAE 6 (3/8"). GUS1012 can be used for systems averaging 20 cc per minute when not more than 60% of grease from cartridges contains air or for 30 cc per minute systems when not more than 40% of grease from cartridges contains air. At 30 cc per minute, the 12cc accumulator will facilitate continued operation for 24 seconds if a cartridge contains a large air bubble and the 428cc capacity of each cartridge will necessitate a cartridge change every 14 minutes.

Grease Uninterruptible Source removes air from grease and facilitates continuous operation even during grease source changes. GUS1027 does not have an inlet grease reservoir but can be connected directly to 1000 to 3000 PSI Grease Pressure. This GUS has a 115 cc outlet grease accumulator with a 1.8 to 1 boost ratio and functions with NLGI 000 to 2 grease. This GUS requires 120 VAC and compressed air for operation. It includes a microprocessor with operator interface. This GUS is designed for systems averaging 2 cc per minute when not more than 80% of grease contains air and at that usage its output accumulator can facilitate continued dispensing for up to 57 minutes if the grease source is being changed. This GUS also includes a 420 micron filter and ball valve.

Grease Uninterruptible Source removes air from grease and facilitates continuous operation even during grease source changes. GUS1029 can be connected directly to 1200-3000 PSI Grease Pressure. This GUS has a 1,100 cc outlet grease accumulator with a 1.8 to 1 boost ratio and functions with NLGI 000 to 2 grease. This GUS requires 120 VAC and compressed air for operation. It includes a microprocessor with operator interface. This GUS is designed for systems averaging 60 cc per minute when not more than 60% of grease contains air and at that usage its output accumulator can facilitate continued dispensing for up to 18 minutes if the grease source is being changed. This GUS also includes a 300 micron filter and ball valve.

Analog Air Purge Grease Pump (AAPGP) with grease volume adjustable between 25 and 108 cubic centimeters (1.52 to 6.59 cubic inch), 254 cubic inch grease reservoir with translucent barrel, auto fill, fill sensor, and filled sensor. The AAPGP1013 also includes a compressed air regulator and gauge, 24 VDC solenoid valves, grease filter, electronically controlled variable pressure regulator, linear potentiometer, copy of sample AB ladder logic, grease fill valve, grease purge valve, grease dispense valve, pressure transducer, snuff-back device, and NEMA 12 terminal/regulator enclosure. The AAPGP1013 will function with NLGI #0 through #2 grease and requires 80 p.s.i. compressed air, 24 VDC, and inputs and outputs from the user’s PLC for operation.

Analog Air Purge Grease Pump (AAPGP) with maximum grease volume of 1.77 cc (.108 cubic inch), 64 cubic inch grease reservoir with translucent barrel, auto fill, fill sensor, and filled sensor. The AAPGP1015 also includes a compressed air regulator and gauge, 24 VDC solenoid valves, grease filter, electronically controlled variable pressure regulator, DC power supply, linear potentiometer, A-B Micrologix PLC with Panel View and programmed, grease fill valve, grease purge valve, five grease dispense valves, stack of five 3-way solenoid valves (for operation of snuff-back devices), and a NEMA 12 terminal/regulator enclosure. This AAPGP will function with NLGI #0 through # 2 grease and requires 80 p.s.i. compressed air, 120 v.a.c., and includes 4 spare inputs and 4 spare outputs for customer's use.

Air purge grease pump (APGP) with maximum displacement of 2.15 cubic inch (35.2 cc). This APGP will include a grease inlet ball valve, grease filter, 64 cubic inch (1.04Liter) grease reservoir, copy of sample AB ladder logic, compressed air regulators, seven solenoid valves, 20 to 1 boost ratio piston pump, grease pump valve, grease purge valve, and three proximity sensors. The grease reservoir will have FILL and FILLED sensors and an automatic fill valve. The APGP1027 is designed to supply airless grease to other dispensers and will function with NLGI #0 through #2 grease. This APGP requires 80 p.s.i. compressed air and 120 v.a.c. inputs and outputs from the user's PLC for operation and is manufactured under US patent number 6,053,285.

Air purge grease pump (APGP) with maximum displacement of 0.99 cubic inch (16.3 cc). The APGP will include a 196 cubic inch (5.5 lb.) grease reservoir with, "empty" sensor, grease filter, copy of sample AB ladder logic, compressed air regulators, five 24 VDC solenoid valves, 33 to 1 boost ratio piston pump with adjustable stroke, inlet ball valve, grease pump valve, grease purge valve, NEMA 12 terminal enclosure, and three proximity sensors. The APGP will function with NLGI #0 through #2 grease and requires 80 p.s.i. compressed air, and 24VDC outputs from the user's PLC for operation. Sensors are 20-250V AC/DC (PNP and NPN). Reservoir is not designed for automatic fill.