OTTO Excavator Parts Zx450 6Wg1 Card Nozzle Block 1153370296 115337-0296 1-15337029-6 For Isuzu This product is a card nozzle block designed for the Isuzu engine in the Zx450 model of OTTO excavator parts. It plays a crucial role in regulating fuel flow for optimal engine performance.
OTTO Excavator Parts Zx330 6Hk1 Card Nozzle Block 8943909886 894390-9886 8-94390988-6 For Isuzu This product is a card nozzle block for the Isuzu engine used in the Zx330 model of OTTO excavator parts. It plays a crucial role in managing fuel injection within the engine system.
OTTO Excavator Parts Cx75 4Le2 Card Nozzle Block 8971952596 897195-2596 8-97195259-6 For Isuzu This product is a card nozzle block designed for the Isuzu engine in the CX75 model of OTTO excavator parts. It plays a crucial role in controlling and directing the fuel flow within the engine system.
OTTO Excavator Parts Cx130B 4Jj1 Card Nozzle Block 8980925396 898092-5396 8-98092539-6 For Isuzu This product, the Cx130B 4Jj1 Card Nozzle Block by OTTO Excavator Parts, with part number 8980925396, is designed for Isuzu engines. It functions as a crucial component in managing fuel injection within the engine system, ensuring optimal performance.
OTTO Excavator Parts Zx200-3 4Hk1 Card Nozzle Block 8980289996 898028-9996 8-98028999-6 For Isuzu This product is a card nozzle block designed for the Isuzu engine in the Zx200-3 model of OTTO excavator parts. It plays a crucial role in controlling fuel injection for engine performance.
OTTO Excavator Parts Cx130B 4Jj1 Card Nozzle Block 8980925396 898092-5396 8-98092539-6 For Isuzu This product, the Cx130B 4Jj1 Card Nozzle Block by OTTO Excavator Parts, with part number 8980925396, is designed for Isuzu engines. It functions as a crucial component in managing fuel injection within the engine system, ensuring optimal performance.
OTTO Excavator Parts Ex200 6Bd1T Nozzle Spring 5153430056 515343-0056 5-15343005-6 For Isuzu High-carbon steel 5-15343005-6 spring resists high temp/corrosion/fatigue. Ensures nozzle stability, reduces failures and minimizes downtime in harsh conditions.