5I8766 PISTON-SERVO Caterpillar parts
311, 311B, 312, 312B, 312B L, 315, 315B, 315B FM L, 315B L, 317, 317B LN
Rating:
Alternative (cross code) number:
CA5I8766
5I-8766
5I8766
CA5I8766
5I-8766
5I8766
Weight: 0.78 pounds 0 kg.
EXCAVATOR,
Compare Prices: .
As an associate, we earn commssions on qualifying purchases through the links below
$66.05
20 Oct 2021
Amazon.com
CTP 5I8766 Piston-Servo for Model E311, E312, 311, 312B, 311B
CTP Allow the fan speed to be independent from the engine speed; Integral valving in the motor maintains the speed at an optimum rate for proper cooling of the hydraulic oil || Control coolant temperature || Provide cooling control of hydraulic fan drives and idles the fan to avoid excess power consumption and offer fuel savings
CTP Allow the fan speed to be independent from the engine speed; Integral valving in the motor maintains the speed at an optimum rate for proper cooling of the hydraulic oil || Control coolant temperature || Provide cooling control of hydraulic fan drives and idles the fan to avoid excess power consumption and offer fuel savings
Number on catalog scheme:
9
For full view, you need register
Compatible equipment models: 5I8766:
Information:
Introduction
The AccuGrade TM system is designed for earth moving equipment in the construction application. The system can be used with a wide variety of sensors in order to provide information. The information that is provided can assist the operator in order to maintain machine bucket control according to the site plan.Conventional Systems
Conventional systems provide elevation or slope control. Conventional systems continually measure the offset between a reference surface and the cutting edge of the machine. This measured offset is compared against a design offset that has been entered into the system. If the measured offsets and the design offsets differ, the AccuGrade system will inform the operator that the cutting edge is not at the desired location.Conventional systems do not provide a horizontal position. Therefore, the following items are not used in a conventional system: design files, background maps and avoidance zones.Global Navigation Satellite System (GLONASS)
Newer GPS receivers will be able to receive data from the Global Navigation Satellite System (GLONASS). GLONASS consists of twenty-one (21) satellites in three orbital planes. There are three spare "on-orbit" satellites. The three orbital planes are separated by 120 degrees. The satellites that are within the same orbit plane are separated by 45 degrees. Each satellite completes one orbit in approximately 11 hours and 15 minutes. The position of the satellites and the time for one orbit allows more GPS satellites to be used for the machine position solution.Low Accuracy Corrected GPS Satellite Based Augmentation System (SBAS)
If low accuracy GPS positions are adequate for the required job site work, then you can use "Satellite-Based Augmentation Systems" (SBAS) error corrections. SBAS corrected systems do not require additional site infrastructure. SBAS are free-to-air GPS correction services. SBAS networks consist of ground stations that are set at known positions around the world and geostationary satellites that maintain a fixed position above the Earth. The ground stations receive GPS signals from all GPS satellites that are in view. The GPS data is then sent to a master control site, which then transmits GPS corrections to the geostationary satellites. The satellites broadcast the information to all SBAS enabled GPS receivers. The following SBAS networks are currently available:
WAAS – Wide Area Augmentation System (United States)
EGNOS – European Geostationary Navigation Overlay Service (Europe) 10 (For more information, refer to the Operation and Maintenance Manual, SEBU8292. The information is located in the "Product Information" section under the sub-title "General Information".
MSAS – Multi-Functional Satellite Augmentation System (Japan)Global Positioning System (GPS)
The GPS uses sensors that can measure horizontal position and vertical position. The resulting X,Y, and Z coordinates are compared against a design that was loaded into the AccuGrade system. The system uses two "Global Positioning System" (GPS) receivers as the position sensors. There are other sensors that are used by the AccuGrade system in order to provide feed back information to the AccuGrade system display about the machine position and bucket position.The GPS system uses two GPS receivers that are attached to the machine. The GPS receivers are mounted on masts
The AccuGrade TM system is designed for earth moving equipment in the construction application. The system can be used with a wide variety of sensors in order to provide information. The information that is provided can assist the operator in order to maintain machine bucket control according to the site plan.Conventional Systems
Conventional systems provide elevation or slope control. Conventional systems continually measure the offset between a reference surface and the cutting edge of the machine. This measured offset is compared against a design offset that has been entered into the system. If the measured offsets and the design offsets differ, the AccuGrade system will inform the operator that the cutting edge is not at the desired location.Conventional systems do not provide a horizontal position. Therefore, the following items are not used in a conventional system: design files, background maps and avoidance zones.Global Navigation Satellite System (GLONASS)
Newer GPS receivers will be able to receive data from the Global Navigation Satellite System (GLONASS). GLONASS consists of twenty-one (21) satellites in three orbital planes. There are three spare "on-orbit" satellites. The three orbital planes are separated by 120 degrees. The satellites that are within the same orbit plane are separated by 45 degrees. Each satellite completes one orbit in approximately 11 hours and 15 minutes. The position of the satellites and the time for one orbit allows more GPS satellites to be used for the machine position solution.Low Accuracy Corrected GPS Satellite Based Augmentation System (SBAS)
If low accuracy GPS positions are adequate for the required job site work, then you can use "Satellite-Based Augmentation Systems" (SBAS) error corrections. SBAS corrected systems do not require additional site infrastructure. SBAS are free-to-air GPS correction services. SBAS networks consist of ground stations that are set at known positions around the world and geostationary satellites that maintain a fixed position above the Earth. The ground stations receive GPS signals from all GPS satellites that are in view. The GPS data is then sent to a master control site, which then transmits GPS corrections to the geostationary satellites. The satellites broadcast the information to all SBAS enabled GPS receivers. The following SBAS networks are currently available:
WAAS – Wide Area Augmentation System (United States)
EGNOS – European Geostationary Navigation Overlay Service (Europe) 10 (For more information, refer to the Operation and Maintenance Manual, SEBU8292. The information is located in the "Product Information" section under the sub-title "General Information".
MSAS – Multi-Functional Satellite Augmentation System (Japan)Global Positioning System (GPS)
The GPS uses sensors that can measure horizontal position and vertical position. The resulting X,Y, and Z coordinates are compared against a design that was loaded into the AccuGrade system. The system uses two "Global Positioning System" (GPS) receivers as the position sensors. There are other sensors that are used by the AccuGrade system in order to provide feed back information to the AccuGrade system display about the machine position and bucket position.The GPS system uses two GPS receivers that are attached to the machine. The GPS receivers are mounted on masts
Caterpillar parts catalog:
Parts piston Caterpillar catalog:
311, 311B, 312, 312B, 312B L, 313B, E110B, E120B
312B, 313D2 LGP, 315B, 315B L, 315C, 315D L, 316E L, 318D L, 318D2 L, OEMS
317B LN, 318B
315B FM L, 317B LN, 318B, 320B, OEMS
311B, 312B, 315B, 315B FM L, 318B
303, 303.5C, 303C CR, 304, 304C CR, 305, 305.5, 305.5E, 305C CR, 306, 306E, 307B, 307C, 308C, 311B, 311C, 312B, 312C, 312C L, 313B, 314C, 315C, 318B, 318C, 319C, 320C, 320C FM, 320C L, 320D, 320D LRR,...
315, 315B, 939, 939C, D5C III
315, 315B, 933, 933C, 939, 939C, D3C III, D4C III, D5C III
315, 315B, 933, 933C, 939, 939C, D3C III, D4C III, D5C III
315, 315B, 939C, D5C III, D5G
311, 311B, 312B, 320 L, 320B
311, 311B, 312B, 320 L, 320B
0996535
PISTON-BRAKE
311, 311B, 311C, 311D LRR, 312, 312B, 312B L, 312C, 312C L, 312D, 312D L, 312D2, 312D2 GC, 312D2 L, 312E, 312E L, 313B, 313D, 313D2, 313D2 LGP, 314C, 314D CR, 314D LCR, 314E CR, 314E LCR, 315, 315B, 3...
311, 311B, 311C, 311D LRR, 312, 312B, 312B L, 312C, 312C L, 312D, 312D L, 312D2, 312D2 GC, 312D2 L, 312E, 312E L, 313B, 313D, 313D2, 313D2 LGP, 314C, 314D CR, 314D LCR, 314E CR, 314E LCR, 315, 315B, 3...
0990326
PISTON AS
311, 312, D7G, E110B, E120B
311, 312, D7G, E110B, E120B
7I1180
PISTON AS
311, 311B, 312, 312B, 312B L, 315, 315B, 315B L, 317, 317B LN, 318B
311, 311B, 312, 312B, 312B L, 315, 315B, 315B L, 317, 317B LN, 318B
1251552
PISTON
307B, 311, 311B, 312, 312B, 312B L, 315, 317, 320B, 320C, 320N, 322B L, 322C, 322C FM, 325, 325B L, 325C, M312, M315
307B, 311, 311B, 312, 312B, 312B L, 315, 317, 320B, 320C, 320N, 322B L, 322C, 322C FM, 325, 325B L, 325C, M312, M315
7I7185
PISTON
308C, 311, 312, 315, 317, 320B, 320N, 325, 325 L, 325B L
308C, 311, 312, 315, 317, 320B, 320N, 325, 325 L, 325B L
5I3028
PISTON
311, 312
311, 312
1057355
PISTON
315, 317
315, 317
5I8791
PISTON-COMPENSATOR
311, 311B, 312, 312B, 312B L, 315, 315B, 315B FM L, 315B L, 317, 317B LN, 318B, 330D, 330D FM, 330D L, 330D LN, 330D MH, 336D, 336D L, 336D LN, 336D2, 336D2 L, 336E, 336E HVG, 336E L, 336E LN, 340D L,...
311, 311B, 312, 312B, 312B L, 315, 315B, 315B FM L, 315B L, 317, 317B LN, 318B, 330D, 330D FM, 330D L, 330D LN, 330D MH, 336D, 336D L, 336D LN, 336D2, 336D2 L, 336E, 336E HVG, 336E L, 336E LN, 340D L,...
5I8803
PISTON-PILOT
311, 311B, 312, 312B, 312B L, 315, 315B, 315B FM L, 315B L, 317, 317B LN, 318B, 330D, 330D FM, 330D L, 330D LN, 330D MH, 345C, 345C L, 345C MH, M330D, W345C MH
311, 311B, 312, 312B, 312B L, 315, 315B, 315B FM L, 315B L, 317, 317B LN, 318B, 330D, 330D FM, 330D L, 330D LN, 330D MH, 345C, 345C L, 345C MH, M330D, W345C MH
1R5698
PISTON
311, 312, 320 L, 325, 325 L, 325 LN, 330, 330 FM L, 350, 375, 375 L, 5080, E200B
311, 312, 320 L, 325, 325 L, 325 LN, 330, 330 FM L, 350, 375, 375 L, 5080, E200B
7I1282
PISTON AS
311, 312, 317B LN
311, 312, 317B LN
311, 311B, 312, 312B L, 315, 315B L, 317, 317B LN