For Parker F12-030 hydraulic pump
- Product Details
- Product Model
- FAQ
The Parker F12-030, configured as a fixed-displacement axial piston pump, is engineered for reliable hydraulic power in demanding systems. It features a swashplate design with pistons arranged axially around a drive shaft, delivering smooth, pulsation-minimized flow. The 030 designation typically indicates a displacement of 30 cm³/rev (≈1.83 in³/rev). It is built for high-pressure operation, with a continuous pressure rating typically in the range of 250-300 bar (3,600-4,350 psi) and capable of higher peak pressures. Constructed with hardened steel pistons and a robust cast iron or aluminum housing, it ensures durability and longevity. Key attributes include high volumetric and mechanical efficiency, excellent suction characteristics, and stable performance across a wide speed range. It is commonly used in industrial machinery, mobile equipment, and other applications requiring precise, high-power hydraulic actuation. The pump is designed for easy integration into standard hydraulic circuits, often featuring SAE or ISO flange mounting and port connections.
Specifications
| Frame size F12 | -030 | -040 | -060 | -080 | -090 | -110 | -125 | -152 | -162 | -182 | -250 |
| Displacement (cm³/rev) | 30.0 | 40.0 | 59.8 | 80.4 | 93.0 | 110.1 | 125.0 | 149.8 | 163.1 | 179.8 | 242 |
| Operating pressure | |||||||||||
| max intermittent (bar) | 480 | 480 | 480 | 480 | 420 | 480 | 480 | 480 | 480 | 480 | 420 |
| max continuous (bar) | 420 | 420 | 420 | 420 | 350 | 420 | 420 | 420 | 420 | 420 | 350 |
| Motor operating speed [rpm] | |||||||||||
| max intermittent | 7300 | 6700 | 5800 | 5300 | 5000 | 4800 | 4600 | 4000 | 4000 | 4000 | 3000 |
| max continuous | 6700 | 6100 | 5300 | 4800 | 4600 | 4400 | 4200 | 3700 | 3700 | 3700 | 2700 |
| min continuous | 50 | 50 | 50 | 50 | 50 | 50 | 50 | 50 | 50 | 50 | 50 |
| Max pump selfpriming speed | |||||||||||
| L or R function: max (rpm) | 3150 | 2870 | 2500 | 2300 | 2250 | 2200 | 2100 | - | - | - | 1500 |
| Motor input flow | |||||||||||
| max intermittent (l/min) | 219 | 268 | 347 | 426 | 465 | 528 | 575 | 608 | 648 | 728 | 726 |
| max continuous (l/min) | 201 | 244 | 317 | 386 | 428 | 484 | 525 | 547 | 583 | 655 | 653 |
| Drain temperature, max (°C) | 115 | 115 | 115 | 115 | 115 | 115 | 115 | 115 | 115 | 115 | 115 |
| min (°C) | -40 | -40 | -40 | -40 | -40 | -40 | -40 | -40 | -40 | -40 | -40 |
| Theoretical torque at 100 bar (Nm) | 47.6 | 63.5 | 94.9 | 127.6 | 147.6 | 174.8 | 198.4 | 241 | 257 | 289 | 384.1 |
| Mass moment of inertia | |||||||||||
| (x10-3) (kg m²) | 1.7 | 2.9 | 5 | 8.4 | 8.4 | 11.2 | 11.2 | 21 | 21 | 21 | 46 |
| Weight (kg) | 12 | 16.5 | 21 | 26 | 26 | 36 | 36 | 40 | 40 | 40 | 77 |
Selection Table
| F12-030 hydraulic pump some models | |
| Model No. | Model Code |
| 3794435 | F12-030-LF-IH-D |
| 3799835 | F12-030-LF-IH-D-000-000-0 |
| F12-030-LF-IH-D-000-000-0 | |
| 3794437 | F12-030-LF-IH-K-000 |
| F12-030-LF-IH-K-000-000-0 | |
| 3787329 | F12-030-LF-IV-D-000-000-0 |
| 3721108 | F12-030-LF-IV-D-000-0000-00 |
| 3787329 | F12-030-LF-IV-D-000-0000-00 |
| 3722658 | F12-030-LF-IV-D-000-0000-P0 |
| 3785844 | F12-030-LF-IV-K-000-000-0 |
| 3799836 | F12-030-LF-IV-K-000-000-0 |
| F12-030-LF-IV-K-000-000-0 | |
| 3799836 | F12-030-LF-IV-K-000-0000-00 |
| 3721545 | F12-030-LF-IV-K-000-0000-P0 |
| 3787147 | F12-030-LF-IV-K-000-L01-P |
| 3787147 | F12-030-LF-IV-K-000-L130-P0 |
| 3789166 | F12-030-LF-IV-P-000-000-0 |
| 3789166 | F12-030-LF-IV-P-000-0000-00 |
| 3782080 | F12-030-LF-IV-Z-000-000-0 |
| F12-030-LF-IV-Z-000-000-0 | |
| 3720425 | F12-030-LF-IV-Z-000-0000-00 |
| 3794439 | F12-030-LS-SH-S-000 |
| F12-030-LS-SH-S-000-000-0 | |
| 3794441 | F12-030-LS-SH-T-000 |
| F12-030-LS-SH-T-000-000-0 | |
| 3799837 | F12-030-LS-SV-S-000-000-0 |
| 3799837 | F12-030-LS-SV-S-000-0000-00 |
| 3721546 | F12-030-LS-SV-S-000-0000-P0 |
| 3799838 | F12-030-LS-SV-T-000-000-0 |
| 3799838 | F12-030-LS-SV-T-000-0000-00 |
| 3721937 | F12-030-LS-SV-T-000-0000-P0 |
| F12-030-LS-TH-P-000-000-0 | |
| F12-030-LS-TH-S-000-000-0 | |
| F12-030-LS-TH-T-000-000-0 | |
| 3785599 | F12-030-LS-TV-P-000-000-0 |
| 3785599 | F12-030-LS-TV-P-000-0000-00 |
| 3721094 | F12-030-LS-TV-P-000-0000-P0 |
| 3780368 | F12-030-LS-TV-S-000-000-0 |
| 3781934 | F12-030-LS-TV-S-000-000-0 |
| F12-030-LS-TV-S-000-000-0 | |
| 3780368 | F12-030-LS-TV-S-000-0000-00 |
| 3720518 | F12-030-LS-TV-S-000-0000-0T |
| 3724110 | F12-030-LS-TV-S-000-0000-P0 |
| 3721547 | F12-030-LS-TV-S-000-0000-PT |
| 3783228 | F12-030-LS-TV-T-000-000-0 |
| 3783228 | F12-030-LS-TV-T-000-0000-00 |
| 3721548 | F12-030-LS-TV-T-000-0000-P0 |
| F12-030-LU-SH-S-000-000-0 | |
| 3785812 | F12-030-LU-SV-S-000-000-0 |
| 3785812 | F12-030-LU-SV-S-000-0000-00 |
| 3783238 | F12-030-LU-TV-S-000-000-0 |
| 3783238 | F12-030-LU-TV-S-000-0000-00 |
| 3782386 | F12-030-RA-IV-K-000-000-0 |
| 3794902 | F12-030-RF-CH-C-000 |
| 3799857 | F12-030-RF-CH-C-000-000-0 |
| 3794436 | F12-030-RF-IH-D-000 |
| 3794438 | F12-030-RF-IH-K-000 |
| 3783248 | F12-030-RF-IN-K-000-000-0 |
| 3783248 | F12-030-RF-IN-K-000-0000-00 |
| 3784892 | F12-030-RF-IN-K-406-000-0 |
| 3785814 | F12-030-RF-IV-D-000-000-0 |
| 3799858 | F12-030-RF-IV-D-000-000-0 |
| 3799858 | F12-030-RF-IV-D-000-0000-00 |
| 3721595 | F12-030-RF-IV-D-000-0000-P0 |
| 3787664 | F12-030-RF-IV-D-100-000-0 |
| 3787664 | F12-030-RF-IV-D-100-0000-00 |
| 3782300 | F12-030-RF-IV-K-000-000-0 |
| 3799859 | F12-030-RF-IV-K-000-000-0 |
| 3799859 | F12-030-RF-IV-K-000-0000-00 |
| 3721596 | F12-030-RF-IV-K-000-0000-P0 |
| 3722181 | F12-030-RF-IV-K-000-0000-PT |
| 3782058 | F12-030-RF-IV-P-000-000-0 |
| 3782058 | F12-030-RF-IV-P-000-0000-00 |
| 3721979 | F12-030-RF-IV-P-000-0000-P0 |
| 3782123 | F12-030-RF-IV-Z-000-000-0 |
| 3721498 | F12-030-RF-IV-Z-000-0000-P0 |
| 3794440 | F12-030-RS-SH-S-000 |
| 3794442 | F12-030-RS-SH-T-000 |
| 3799861 | F12-030-RS-SH-T-000-000-0 |
| 3782651 | F12-030-RS-SV-S-000-000-0 |
| 3799860 | F12-030-RS-SV-S-000-000-0 |
| 3799860 | F12-030-RS-SV-S-000-0000-00 |
| 3720225 | F12-030-RS-SV-S-000-0000-BT |
| 3721599 | F12-030-RS-SV-S-000-0000-P0 |
| 3796113 | F12-030-RS-SV-T-000 |
| 3799862 | F12-030-RS-SV-T-000-000-0 |
| 3799862 | F12-030-RS-SV-T-000-0000-00 |
| 3721601 | F12-030-RS-SV-T-000-0000-P0 |
| 3780475 | F12-030-RS-TV-K-000-000-0 |
| 3781407 | F12-030-RS-TV-S-000-000-0 |
| 3786647 | F12-030-RS-TV-S-000-000-0 |
| 3781407 | F12-030-RS-TV-S-000-0000-00 |
| 3721013 | F12-030-RS-TV-S-000-0000-0T |
| 3721602 | F12-030-RS-TV-S-000-0000-P0 |
| 3721603 | F12-030-RS-TV-S-000-0000-PT |
| 3789151 | F12-030-RS-TV-S-209-000-0 |
| 3789151 | F12-030-RS-TV-S-209-0000-0X |
| 3780112 | F12-030-RS-TV-T-000-0000-00 |
| 3721604 | F12-030-RS-TV-T-000-0000-P0 |
| 3724450 | F12-030-RS-TV-T-000-0000-PT |
| 3780112 | F12-030-RS-TV-T-000-000-0 |
| 3721392 | F12-030-RU-SV-S-000-0000-00 |
| 3721605 | F12-030-RU-SV-S-000-0000-P0 |
| 3788058 | F12-030-RU-SV-T-000-0000-P0 |
| 3788058 | F12-030-RU-SV-T-000-000-P |
| 3785891 | F12-030-RU-TV-S-000-000-0 |
| 3785891 | F12-030-RU-TV-S-000-0000-00 |
| 3785654 | F12-030-RU-TV-T-000-000-0 |
| 3785654 | F12-030-RU-TV-T-000-0000-00 |
Q1: What are the main construction materials and benefits of the F12-030 pump?
A1:The F12-030 pump is constructed with hardened steel pistons and a robust cast iron or aluminum housing, ensuring durability, longevity, and high volumetric/mechanical efficiency.
Q2: In which applications is the Parker F12-030 hydraulic pump commonly used?
A2: The Parker F12-030 pump is commonly used in industrial machinery, mobile equipment, and other systems requiring precise, high-power hydraulic actuation.
Q3: What is the price and delivery time of the F12-030 hydraulic pump?
A3: The specific price and delivery time will be provided based on the specific model you provide.
Q4:How to purchase an F12-030 hydraulic pump?
A4:You can click on the right sidebar or the contact information in the top bar to contact us to purchase. You can do so via email, form, WeChat, WhatsApp, or other methods.
