866699 Valve Volvo.Penta
TAD1230P; TD121GP-87; TWD1210P, TAMD63L-A; TAMD63P-A, TAMD71B; TAMD73P-A; TAMD73WJ-A, TAMD72P-A; TAMD72WJ-A, TD100G-87; TD1030ME; TWD1030ME, TD610M; TD630ME; TWD630ME, TD610V; TWD610V; TD630VE, TD61A; TD61AW; TD61ACE, TD71A; TID71A; TWD710V, TWD1230M
Valve
Price: query
Rating:
Compatible models:
Volvo Penta entire parts catalog list:
- Injection Pump and Fuel Filter. Standard Fuel System Alt. with Shut-off-valve: A » 866699
- Injection Pump and Fuel Filter. Standard Fuel System Alt. with Shut-off-valve: B
- Injection Pump and Fuel Filter. Standard Fuel System Alt. with Shut-off-valve: C
- Injection Pump and Fuel Filter. Standard Fuel System Alt. with Shut-off-valve
- Fuel Injection Pump and Fuel Filter. Standard Fuel System: A
- Fuel Injection Pump and Fuel Filter. Standard Fuel System: B
- Fuel System with Fuel Shut-off Valve. Classifiable Fuel System
- Injection Pump, Fuel Filter and Shut-off Valve: A
- Injection Pump, Fuel Filter and Shut-off Valve: B
TD100G-87; TD1030ME; TWD1030ME
TD610M; TD630ME; TWD630ME; TD730ME; TWD730ME; TWD731ME
- Injection Pump with Shut-off Valve, Energized to Run. Option.
- Fuel Injection Pump with Shut-off Valve, Energized to Stop. Option.
- Injection Pump with Shut-off Valve, Energized to Run. Option.: A
- Injection Pump with Shut-off Valve, Energized to Run. Option.: B
- Fuel Injection Pump with Shut-off Valve, Energized to Stop. Option.: A
- Fuel Injection Pump with Shut-off Valve, Energized to Stop. Option.: B
- Fuel Injection Pump with Shut-off Valve, Energized to Stop. Option.
- Injection Pump with Shut-off Valve, Energized to Run. Option.
TD71A; TID71A; TWD710V; TD730VE; TWD731VE; TAD730V; TWD740VE
- Injection Pump, Fuel Filter and Shut-off Valve: A
- Injection Pump, Fuel Filter and Shut-off Valve: B
- Injection Pump, Fuel Filter and Shut-off Valve: C
- Injection Pump, Fuel Filter and Shut-off Valve: A
- Injection Pump, Fuel Filter and Shut-off Valve: B
- Injection Pump, Fuel Filter and Shut-off Valve: C
Information:
988F Service Manual, Operator Manual and Operating Tips - Video. TIB - March 10.1994 - Differences of match between 988B VCTC and 988F VCTC in regards to Engine Flywheel HP/Torque. TIB - August 27.92 - 988B/992C - How to use the VCTC correctly.Problem:
We have received reports from certain 988F applications, about poor engine recovery out of loaded engine deep lug.This situation can occur after a transmission directional shift, with a fully loaded bucket, activated implement hydraulics and steering, maximum VCTC rim-pull lever setting, and with the engine RPM's below 1200 RPM. - I.E - engine deep lug overload.DISCUSSION:As explained in earlier TiB's, the 988F is equipped with the 992C size VCTC. Hence - when used in the maximum Rimpull position, the power train represents a much bigger (in %) HP consumer on the engine then on the 988B in the same VCTC lever position. - In additon, the speeding up of the implement hydraulics has added an additional load on the engine as well. - The 3rd major HP consumer is the steering system and it's residual system pressure after actuating the steering. - The 988F engine, rated at 400HP/2000 RPM, can only cope with this kind of a HP demand, IF the engine RPM's are kept high at all times. - Keeping the engine RPM's high "at all times" is however not possible in all applications, - mainly due to possible spillage during directional shift "shocks".Solution:
If "lack of engine recovery" out of deep lug complaints are received from end-users, we recommend the following action:- Find out what the engine "load factor" is. - 32-38 ltrs/hr = Low Load Factor-44-49 ltrs/hr = Medium LF.- 60-66 Itrs/hr = High LF.- 86 ltrs/hr = 100% LF. - If the Load Factor is above 49 Itrs/hr disregard this solution. - Too short an engine life may result.-Increase the STATIC FULL LOAD FUEL SETTING by .50mm to 3.70 mm. - Do not make any change to the torque control group.-With all systems at "normal" operating temperatures, check/readjust the full load RPM to 2000 RPM, using the service manual procedure, the VCTC control lever and a continuity light. - If an adjustment is necessary, turn the High Idle screw on the governor until the full load RPM (2000) is within specs.-With all systems at normal operating temperatures measure the "loaded" acceleration time from "Low Idle" to Stall Speed. (4th speed forward) - Check at the same time for black acceleration smoke.-If the black acceleration smoke appears/is unacceptable,turn in the FARC control adjustment screw half a turn at a time, until the acceleration smoke / engine response time - are acceptable. -Make sure, the operator understands clearly how to adjust the VCTC/Rimpull correctly ! - For normal loading applications, the power train should NOT absorb more than maximum engine HP ! - I.E. - Stall speed = Full Load RPM. 3.70 mm of static full load fuel setting at 2000 RPM will increase the HP rating of the engine to 425 HP. - Under no circumstances should an even higher rating be selected.COSA HEAVY CONSTRUCTION AND MINING COPYRIGHT 1994 CATERPILLAR ALL RIGHTS RESERVED
We have received reports from certain 988F applications, about poor engine recovery out of loaded engine deep lug.This situation can occur after a transmission directional shift, with a fully loaded bucket, activated implement hydraulics and steering, maximum VCTC rim-pull lever setting, and with the engine RPM's below 1200 RPM. - I.E - engine deep lug overload.DISCUSSION:As explained in earlier TiB's, the 988F is equipped with the 992C size VCTC. Hence - when used in the maximum Rimpull position, the power train represents a much bigger (in %) HP consumer on the engine then on the 988B in the same VCTC lever position. - In additon, the speeding up of the implement hydraulics has added an additional load on the engine as well. - The 3rd major HP consumer is the steering system and it's residual system pressure after actuating the steering. - The 988F engine, rated at 400HP/2000 RPM, can only cope with this kind of a HP demand, IF the engine RPM's are kept high at all times. - Keeping the engine RPM's high "at all times" is however not possible in all applications, - mainly due to possible spillage during directional shift "shocks".Solution:
If "lack of engine recovery" out of deep lug complaints are received from end-users, we recommend the following action:- Find out what the engine "load factor" is. - 32-38 ltrs/hr = Low Load Factor-44-49 ltrs/hr = Medium LF.- 60-66 Itrs/hr = High LF.- 86 ltrs/hr = 100% LF. - If the Load Factor is above 49 Itrs/hr disregard this solution. - Too short an engine life may result.-Increase the STATIC FULL LOAD FUEL SETTING by .50mm to 3.70 mm. - Do not make any change to the torque control group.-With all systems at "normal" operating temperatures, check/readjust the full load RPM to 2000 RPM, using the service manual procedure, the VCTC control lever and a continuity light. - If an adjustment is necessary, turn the High Idle screw on the governor until the full load RPM (2000) is within specs.-With all systems at normal operating temperatures measure the "loaded" acceleration time from "Low Idle" to Stall Speed. (4th speed forward) - Check at the same time for black acceleration smoke.-If the black acceleration smoke appears/is unacceptable,turn in the FARC control adjustment screw half a turn at a time, until the acceleration smoke / engine response time - are acceptable. -Make sure, the operator understands clearly how to adjust the VCTC/Rimpull correctly ! - For normal loading applications, the power train should NOT absorb more than maximum engine HP ! - I.E. - Stall speed = Full Load RPM. 3.70 mm of static full load fuel setting at 2000 RPM will increase the HP rating of the engine to 425 HP. - Under no circumstances should an even higher rating be selected.COSA HEAVY CONSTRUCTION AND MINING COPYRIGHT 1994 CATERPILLAR ALL RIGHTS RESERVED
Parts valve Volvo Penta:
859171
859171 Valve stem seal
2001; 2001B; 2001AG, AD31D; AD31D-A; AD31XD, AD31L-A; AD31P-A; AD41L-A, AD41D; D41D; TAMD41D, D12D-A MG; D12D-E MG, D12D-A MH; D12D-B MH; D12D-C MH, D9A2A; D9A2A D9-425; D9A2A D9-500, D9A2A; D9A2A MG; D9A2A D9A-MG, KAD32P; TAMD42WJ-A; KAD43P-A, KAD42
465233
465233 Valve spring
TAMD60A; TAMD60B, TAMD60C, TAMD61A; TAMD62A, TAMD63L-A; TAMD63P-A, TD60A; TD60B; TD60B PP, TD60D; TD60D-83; TD60DPP-83, TD610G; TWD610G; TD710G, TD610M; TD630ME; TWD630ME, TD610V; TWD610V; TD630VE, TD61A; TD61AW; TD61ACE, TWD610P; TWD610PB; TWD710P
465550
465550 Valve spring washer
TAMD60A; TAMD60B, TAMD60C, TAMD61A; TAMD62A, TAMD63L-A; TAMD63P-A, TD60A; TD60B; TD60B PP, TD60D; TD60D-83; TD60DPP-83, TD610G; TWD610G; TD710G, TD610M; TD630ME; TWD630ME, TD610V; TWD610V; TD630VE, TD61A; TD61AW; TD61ACE, TWD610P; TWD610PB; TWD710P
864994
864994 Valve seat, exhaust
TAMD71A; TAMD72A, TAMD71B; TAMD73P-A; TAMD73WJ-A, TAMD72P-A; TAMD72WJ-A, TD610G; TWD610G; TD710G, TD71A; TID71A; TWD710V, TWD610P; TWD610PB; TWD710P
328757
328757 Valve disc
D100A; D100AK; D100B, D120A; D120AK; TD120A, D70B; D70B PP; D70B K, TD100G-87; TD1030ME; TWD1030ME, TD100G; TD100G-85; TD100G-87, TD60A; TD60B; TD60B PP, TD60D; TD60D-83; TD60DPP-83, TD61A; TD61AW; TD61ACE, TD70G; TD70G-83; TD70GPP
3091740
3091740 Valve kit, inlet valve
TAD1230P; TD121GP-87; TWD1210P, TD100G-87; TD1030ME; TWD1030ME, TD100G-87; TD1030VE; TAD1030V, TD121G-87; TWD1210V; TWD1211V, TD610M; TD630ME; TWD630ME, TD610V; TWD610V; TD630VE, TD61A; TD61AW; TD61ACE, TD71A; TID71A; TWD710V, TWD1230ME, TWD610P; TWD
467515
21501189