BOMBA DE LAVAPARABRISAS

<style> .qf-wrap{font-family:Arial,sans-serif;color:#222;max-width:960px;margin:0 auto} .qf-block{margin-bottom:12px} .b-section{border:1px solid #e0e0e0;border-radius:4px;overflow:hidden} .b-header{background:#1e2025;color:#fff;padding:14px 18px;cursor:pointer;display:flex;justify-content:space-between;align-items:center;user-select:none} .b-title{font-size:15px;font-weight:bold;letter-spacing:0.3px;text-transform:uppercase} .b-chevron{font-size:11px;transition:transform 0.25s;transform:rotate(180deg)} .b-chevron.open{transform:rotate(0deg)} .b-body{background:#fff;padding:22px 24px;display:none} .b-body.open{display:block} .qf-sub-head{font-size:13px;font-weight:bold;color:#1e2025;text-transform:uppercase;letter-spacing:0.4px;margin:20px 0 10px;border-bottom:1px solid #e0e0e0;padding-bottom:6px} .qf-para{font-size:14px;line-height:1.7;color:#333;margin-bottom:12px} .qf-intro-lead{font-size:15px;line-height:1.7;color:#222;margin-bottom:16px} .qf-spec-row{display:flex;gap:16px;flex-wrap:wrap;margin-bottom:18px} .qf-spec-item{background:#fafafa;border:1px solid #e0e0e0;border-left:4px solid #c0392b;padding:10px 14px;border-radius:3px;min-width:130px;flex:1} .qf-spec-label{font-size:11px;color:#888;text-transform:uppercase;letter-spacing:0.5px;margin-bottom:4px} .qf-spec-value{font-size:14px;font-weight:bold;color:#222} .qf-cross-grid{display:grid;grid-template-columns:repeat(auto-fill,minmax(210px,1fr));gap:8px;margin-bottom:16px} .qf-cross-card{background:#fafafa;border:1px solid #e0e0e0;border-radius:3px;padding:8px 12px} .qf-cross-brand{font-size:11px;color:#888;text-transform:uppercase;letter-spacing:0.4px;margin-bottom:3px} .qf-cross-num{font-size:13px;font-weight:bold;color:#222;font-family:monospace} .qf-cross-note{font-size:11px;color:#888;margin-top:2px} .qf-cross-status{font-size:11px;color:#27ae60;margin-top:2px} .qf-warn-box{background:#fff8e1;border:1px solid #ffe082;border-left:4px solid #f57f17;border-radius:3px;padding:12px 16px;margin:14px 0;font-size:14px;color:#3e2000} .qf-info-box{background:#e8f4fd;border:1px solid #90caf9;border-left:4px solid #1565c0;border-radius:3px;padding:12px 16px;margin:14px 0;font-size:14px;color:#0d3359} .qf-symptom{border-left:4px solid #c0392b;background:#fff5f5;padding:10px 14px;margin-bottom:8px;border-radius:2px;font-size:14px;line-height:1.6;color:#222} .qf-symptom strong{color:#c0392b} .qf-logistics-table{width:100%;border-collapse:collapse;font-size:14px} .qf-logistics-table td{padding:10px 14px;border-bottom:1px solid #e0e0e0;vertical-align:top} .qf-logistics-table tr:last-child td{border-bottom:none} .qf-logistics-table td:first-child{color:#666;width:45%} .qf-logistics-table td:last-child{font-weight:bold;color:#222} .qf-logistics-table tr:nth-child(even){background:#fafafa} .qf-compat-table{width:100%;border-collapse:collapse;font-size:13px} .qf-compat-table th{background:#1e2025;color:#fff;padding:9px 12px;text-align:left;font-size:11px;text-transform:uppercase;letter-spacing:0.4px} .qf-compat-table td{padding:7px 12px;border-bottom:1px solid #e0e0e0;color:#333;vertical-align:top} .qf-compat-table tr:nth-child(even) td{background:#fafafa} .qf-compat-table tr:last-child td{border-bottom:none} .qf-compat-table td:first-child{font-weight:bold;color:#1e2025;white-space:nowrap} .qf-steps{list-style:none;padding:0;margin:0} .qf-steps li{display:flex;gap:14px;margin-bottom:14px;align-items:flex-start} .qf-step-num{background:#c0392b;color:#fff;font-size:13px;font-weight:bold;min-width:28px;height:28px;border-radius:50%;display:flex;align-items:center;justify-content:center;flex-shrink:0;margin-top:1px} .qf-step-text{font-size:14px;line-height:1.7;color:#333} .qf-step-text strong{color:#1e2025} .qf-tool-row{background:#fafafa;border:1px solid #e0e0e0;border-radius:3px;padding:12px 16px;margin-top:18px;font-size:13px;color:#555} .qf-faq-item{border-bottom:1px solid #e0e0e0;padding:14px 0} .qf-faq-item:last-child{border-bottom:none} .qf-faq-q{font-size:14px;font-weight:bold;color:#1e2025;margin-bottom:8px;display:flex;gap:10px;align-items:flex-start} .qf-faq-q-icon{background:#c0392b;color:#fff;font-size:11px;font-weight:bold;min-width:22px;height:22px;border-radius:50%;display:flex;align-items:center;justify-content:center;flex-shrink:0;margin-top:1px} .qf-faq-a{font-size:14px;line-height:1.7;color:#444;padding-left:32px} .qf-frt-table{width:100%;border-collapse:collapse;font-size:14px} .qf-frt-table th{background:#1e2025;color:#fff;padding:10px 14px;text-align:left;font-size:12px;text-transform:uppercase;letter-spacing:0.4px} .qf-frt-table td{padding:11px 14px;border-bottom:1px solid #e0e0e0;color:#333;vertical-align:top} .qf-frt-table tr:nth-child(even) td{background:#fafafa} .qf-frt-table tr:last-child td{border-bottom:none} .qf-frt-table td:first-child{font-weight:bold;color:#1e2025;width:26%} </style> <div class="qf-wrap"> <div class="qf-block"> <div class="b-section"> <div class="b-header" onclick="qfToggle('b1')"> <div class="b-title">Overview &amp; Operating Principle</div> <div class="b-chevron open" id="qf-chevron-b1">&#9650;</div> </div> <div class="b-body open" id="qf-body-b1"> <p class="qf-intro-lead">The <strong>Ford 1355124</strong> is the <strong>Windscreen Washer Pump &#8212; Twin-Outlet (Dual / Front + Rear) version</strong> fitted to a wide range of Ford C1 platform vehicles built approximately 2000-2015 (Mondeo Mk3 / Mk4, Focus Mk2, C-MAX, Galaxy Mk2, S-MAX, Kuga Mk1) and Volvo cars on the shared Ford-Volvo "P1/P2" architecture (V50, V70, XC70, XC90, C30). The pump is a submersible 12V DC permanent-magnet motor with integrated centrifugal impeller, mounted directly into the washer fluid reservoir via a rubber grommet seal. <strong>Twin-outlet design</strong> &#8212; the pump has TWO separate outlet barbs delivering washer fluid to either: (a) separate front windscreen and rear window wash circuits, or (b) front-only with dual jet supply. This is a distinct configuration from the single-outlet "Mono Pump" reference (Ford 1708254) fitted to later Focus Mk3 + Transit family.</p> <div class="qf-info-box"><strong>Twin-Outlet "Dual" Pump Configuration.</strong> The Ford 1355124 has <strong>TWO outlet barbs</strong> &#8212; designed for vehicles using either front + rear wash circuits combined OR dual front jet supply. The single motor + impeller is shared internally between both outputs; pump activation delivers fluid through both outlets simultaneously, or selectively if the vehicle's washer system uses isolating valves in the supply lines. <strong>Cross-platform Ford-Volvo era pump</strong> &#8212; same pump used on both Ford C1 platform vehicles AND Volvo P1/P2 platform vehicles during the Ford ownership of Volvo Cars (1999-2010), reflecting shared component supply between the two brands. <strong>Verify your vehicle has a two-outlet washer pump configuration</strong> before ordering 1355124.</div> <div class="qf-spec-row"> <div class="qf-spec-item"><div class="qf-spec-label">Brand part number</div><div class="qf-spec-value">Ford 1355124</div></div> <div class="qf-spec-item"><div class="qf-spec-label">Type</div><div class="qf-spec-value">Windscreen Washer Pump &#8212; Twin Outlet (Dual)</div></div> <div class="qf-spec-item"><div class="qf-spec-label">Voltage</div><div class="qf-spec-value">12V DC permanent-magnet motor</div></div> <div class="qf-spec-item"><div class="qf-spec-label">Outputs</div><div class="qf-spec-value">Two outlet barbs (front + rear, or dual front jet)</div></div> <div class="qf-spec-item"><div class="qf-spec-label">Connector</div><div class="qf-spec-value">2-pin Ford / Volvo standard lighting connector</div></div> <div class="qf-spec-item"><div class="qf-spec-label">Production years</div><div class="qf-spec-value">2000&#8211;2015 (Ford C1 + Volvo P1/P2 platforms)</div></div> </div> <div class="qf-sub-head">OEM Cross-References</div> <div class="qf-cross-grid"> <div class="qf-cross-card"><div class="qf-cross-brand">Ford Genuine (current)</div><div class="qf-cross-num">1355124</div><div class="qf-cross-status">&#10003; Current Ford EU production</div></div> <div class="qf-cross-card"><div class="qf-cross-brand">Ford Genuine (supersessions)</div><div class="qf-cross-num">1357105 / 1231600</div><div class="qf-cross-status">&#10003; Earlier Ford EU references in supersession chain</div></div> <div class="qf-cross-card"><div class="qf-cross-brand">Ford Genuine (early)</div><div class="qf-cross-num">1145866 / 1514079 / 2022321</div><div class="qf-cross-note">Earlier Ford EU references, all in supersession chain to 1355124</div></div> <div class="qf-cross-card"><div class="qf-cross-brand">Ford EU (long format)</div><div class="qf-cross-num">1S7117K624FC / FD / FE</div><div class="qf-cross-status">&#10003; Ford EU long-format notation; "1S71" = Mondeo Mk3 chassis platform</div></div> <div class="qf-cross-card"><div class="qf-cross-brand">Volvo Genuine (cross-brand)</div><div class="qf-cross-num">30699952</div><div class="qf-cross-status">&#10003; Volvo direct equivalent (current)</div></div> <div class="qf-cross-card"><div class="qf-cross-brand">Volvo Genuine (revisions)</div><div class="qf-cross-num">30663139 / 30699391</div><div class="qf-cross-note">Volvo equivalent revisions, all interchangeable</div></div> <div class="qf-cross-card"><div class="qf-cross-brand">Volvo Genuine (alternate)</div><div class="qf-cross-num">31349228</div><div class="qf-cross-note">Volvo alternate reference for same pump</div></div> </div> <div class="qf-sub-head">Operating Principle</div> <p class="qf-para">The twin-outlet washer pump performs four integrated functions to deliver pressurised washer fluid on driver command: <strong>(1) electric activation</strong> &#8212; supply circuit from the wiper stalk through washer pump relay (controlled by GEM / BCM / CEM on modern Ford + Volvo applications with CAN-bus body electronics) provides 12V to the pump motor when the wash function is requested; <strong>(2) submerged motor operation</strong> &#8212; the pump body is fully submerged in the reservoir's washer fluid, which provides essential cooling and lubrication for the DC motor windings during operation; <strong>(3) centrifugal pumping</strong> &#8212; the impeller rotated by the motor creates centrifugal pressure in the volute housing, drawing fluid from the reservoir and pressurising it to 1.5-3.0 bar at the outlet manifold; <strong>(4) dual fluid delivery</strong> &#8212; pressurised fluid exits through two separate outlet barbs to the front and rear (or dual front) jet supply hoses.</p> <p class="qf-para">The pump body seals to reservoir via rubber grommet press-fit in reservoir's outlet port. <strong>Twin outlet configuration</strong>: outlets supply different circuits depending on vehicle &#8212; hatchback / wagon / estate = front windscreen + rear window; saloon = dual front jet supply. Single motor drives single impeller with manifold splitting flow to both outlets; activation pressurises both simultaneously unless isolating valves in supply hose routing isolate selected circuits.</p> <p class="qf-para">Three failure mechanisms: <strong>(1) motor winding burnout</strong> from dry-run when reservoir empty (fluid cools/lubricates motor; repeated dry cycles = winding insulation failure); <strong>(2) impeller wear</strong> from abrasive contamination; <strong>(3) grommet hardening / shrinkage</strong> = air ingress, reduced pressure. <strong>Prevention</strong>: keep reservoir &ge;1/4 full; never activate with empty reservoir.</p> </div> </div> </div> <div class="qf-block"> <div class="b-section"> <div class="b-header" onclick="qfToggle('b2')"> <div class="b-title">Symptoms &amp; Diagnostics</div> <div class="b-chevron open" id="qf-chevron-b2">&#9650;</div> </div> <div class="b-body open" id="qf-body-b2"> <div class="qf-symptom"><strong>No washer fluid output from any jet (front OR rear) when stalk operated, reservoir confirmed full</strong> &#8212; Single motor failure affects BOTH outlets on twin-outlet pump &#8212; failure produces complete loss of washer function. Confirm 12V supply at pump connector with multimeter while stalk held active; if voltage present and pump does not run = motor winding burnout, replace pump. If no voltage = blown washer fuse, faulty relay, or wiring fault &#8212; check Ford / Volvo fuse box and washer pump relay BEFORE replacing pump.</div> <div class="qf-symptom"><strong>Pump motor audibly running but no fluid output or severely reduced flow from BOTH outlets</strong> &#8212; Impeller spinning without generating pressure; possible causes: (a) worn / cracked impeller from age and abrasive contamination; (b) blocked reservoir inlet screen or mineral scale buildup; (c) hardened grommet seal admitting air to pump inlet. Single impeller failure affects both outlets equally on twin-outlet pump.</div> <div class="qf-symptom"><strong>Front works but rear inoperative (or vice versa)</strong> &#8212; <strong>NOT a pump failure</strong> on twin-outlet pump (single motor affects both outputs equally). Investigate: (a) blocked rear jet nozzle; (b) split / kinked rear supply hose routing through tailgate / boot hinge area; (c) isolation valve fault on vehicles with switched-circuit washer logic; (d) if Ford / Volvo vehicle was originally equipped with separate front + rear pumps (older Mondeo Mk3 sedan applications), this twin-outlet pump 1355124 will not directly retrofit &#8212; verify original configuration.</div> <div class="qf-symptom"><strong>Washer fluid leak from reservoir outlet port</strong> &#8212; Pump body grommet has hardened, shrunk, or torn during previous service operation; fluid bypasses seal between pump body and reservoir wall. Leak is slow but continuous, drains reservoir between uses. <strong>Replace pump with new grommet</strong>; reusing old grommet on new pump produces same leak.</div> <div class="qf-symptom"><strong>Intermittent washer operation: works correctly when fluid cold, fails when fluid warm</strong> &#8212; Motor winding insulation has degraded and shorts when warmed by operating heat. Thermal failure pattern characteristic of progressive winding deterioration; pump will fail completely within weeks. Replace pump.</div> <div class="qf-symptom"><strong>Pump fuse blowing repeatedly</strong> &#8212; Motor winding has developed internal short circuit drawing current above fuse rating. Replacing fuse without replacing pump = new fuse blows immediately at next wash activation. Confirm by measuring pump motor resistance at connector (multimeter ohms) &#8212; value significantly below normal rated winding resistance (typically 1-3 ohms healthy) confirms internal short.</div> <div class="qf-info-box"><strong>Diagnosis sequence:</strong> (1) Confirm washer fluid reservoir is adequately filled with correct-concentration fluid (NOT pure water). (2) Operate wiper stalk in wash position and listen for pump motor sound from reservoir area &#8212; pump audible = electrical OK, mechanical fault; pump silent = electrical fault or motor burnout. (3) Check 12V supply at pump connector with multimeter during wash request &#8212; voltage absent = check washer fuse + relay BEFORE replacing pump (most common cause of "dead pump" symptom). (4) <strong>For Ford applications</strong>: scan with Ford IDS or forscan diagnostic software for GEM / BCM CAN-bus washer fault codes. <strong>For Volvo applications</strong>: scan with Volvo VIDA / DiCE or generic OBD with Volvo-specific module access for CEM washer codes. (5) Measure pump motor resistance with multimeter ohms (healthy 1-3 ohms; infinite = burnout; near-zero = short). (6) Inspect both supply hoses from pump outlets for kinks / cracks / disconnection.</div> </div> </div> </div> <div class="qf-block"> <div class="b-section"> <div class="b-header" onclick="qfToggle('b3')"> <div class="b-title">Logistics &amp; Customs</div> <div class="b-chevron open" id="qf-chevron-b3">&#9650;</div> </div> <div class="b-body open" id="qf-body-b3"> <table class="qf-logistics-table"> <tr><td>International HS Code</td><td>8413.20</td></tr> <tr><td>EAEU Customs Code (TN VED)</td><td>8413 20 000 0</td></tr> <tr><td>Country of Manufacture</td><td>China</td></tr> <tr><td>Quality standard</td><td>IATF 16949</td></tr> <tr><td>Hazardous goods</td><td>No</td></tr> <tr><td>Shipping weight per piece</td><td>0.102 kg (102 grams)</td></tr> <tr><td>Packaging</td><td>Individual carton with part label and protective foam; bulk packaging available for wholesale</td></tr> </table> <p style="font-size:12px;color:#888;margin-top:12px;font-style:italic">Hand-operated pumps and other pumps for liquids are classified under HS 8413.20 (hand pumps); automotive washer pumps as electric pumps may also be classified under HS 8413.30 or 8413.50 depending on jurisdiction. Confirm exact 10-digit subheading and applicable duty rates with your customs broker. Commercial invoice description: automotive windscreen washer pump, 12V DC submersible electric pump, plastic body with rubber grommet, twin-outlet (dual) configuration, for passenger vehicle application.</p> </div> </div> </div> <div class="qf-block"> <div class="b-section"> <div class="b-header" onclick="qfToggle('b4')"> <div class="b-title">Vehicle Compatibility</div> <div class="b-chevron open" id="qf-chevron-b4">&#9650;</div> </div> <div class="b-body open" id="qf-body-b4"> <div class="qf-info-box"><strong>Ford C1 platform vehicles + Volvo P1/P2 platform vehicles, 2000-2015 production.</strong> The Ford 1355124 / Volvo 30699952 is a cross-brand pump used during the Ford-Volvo ownership era (1999-2010 Volvo Cars owned by Ford), shared between platforms through component supply rationalisation. Verified compatibility:</div> <table class="qf-compat-table"> <thead><tr><th>Vehicle</th><th>Generation / years</th></tr></thead> <tbody> <tr><td>Ford Focus Mk2 (DA / HCP / DP / DB / FCH / DH / FFS / DS)</td><td>2004-2012 hatchback / saloon / estate</td></tr> <tr><td>Ford Focus C-MAX (DM2)</td><td>2003-2007 MPV (first generation)</td></tr> <tr><td>Ford C-MAX Mk1 (DM2)</td><td>2007-2010 MPV (post-facelift)</td></tr> <tr><td>Ford Mondeo Mk3 (B5Y / BWY / B4Y)</td><td>2000-2007 hatchback / estate / saloon</td></tr> <tr><td>Ford Mondeo Mk4 (BA7)</td><td>2007-2014/15 hatchback / estate</td></tr> <tr><td>Ford Galaxy Mk2 (WA6)</td><td>2006-2015 MPV</td></tr> <tr><td>Ford S-MAX Mk1 (WA6)</td><td>2006-2014 MPV</td></tr> <tr><td>Ford Kuga Mk1</td><td>2008-2013 SUV</td></tr> <tr><td>Volvo C30 (P14)</td><td>2006-2013 compact hatchback</td></tr> <tr><td>Volvo V50 (P12)</td><td>2004-2012 wagon</td></tr> <tr><td>Volvo V70 (P26 / P24)</td><td>1998-2015 wagon (verify by OEM stamping)</td></tr> <tr><td>Volvo XC70 (P24 / P26)</td><td>2007-2016 crossover wagon</td></tr> <tr><td>Volvo XC90 (P28)</td><td>2002-2014 SUV (first generation)</td></tr> <tr><td>Citroen C5 (X4 / X7)</td><td>Selected variants share Ford-Volvo era supplier pump</td></tr> <tr><td>Mazda 3 Saloon (BK / BL)</td><td>Shared platform via Ford ownership era of Mazda</td></tr> </tbody> </table> <p style="font-size:12px;color:#888;margin-top:10px;font-style:italic">Does NOT fit: <strong>Ford Focus Mk3 (2010+) + Transit family (V363 / V362 / TF1)</strong> &#8212; these use the single-outlet "Mono Pump" reference 1708254, NOT the twin-outlet 1355124; <strong>Ford Focus Mk1 (pre-2004)</strong> &#8212; different older pump reference; <strong>Ford Fiesta (any generation)</strong> &#8212; different platform; <strong>Ford USA-market vehicles outside the shared platform applications</strong> &#8212; verify by Ford USA catalogue; <strong>Volvo S60 Mk1 + V70 P2 with rear-only-wash (saloon variants)</strong> &#8212; may use different reference; <strong>Volvo XC60</strong> &#8212; uses different reference; <strong>Volvo 2nd generation XC90 (SPA platform, 2015+)</strong> &#8212; different platform with newer pump reference. Always verify by reading the OEM number stamped on existing pump before ordering; the 1355124 is specific to twin-outlet Ford C1 + Volvo P1/P2 platform applications.</p> </div> </div> </div> <div class="qf-block"> <div class="b-section"> <div class="b-header" onclick="qfToggle('b5')"> <div class="b-title">Installation Tips</div> <div class="b-chevron open" id="qf-chevron-b5">&#9650;</div> </div> <div class="b-body open" id="qf-body-b5"> <p class="qf-para" style="margin-bottom:14px">Difficulty: <strong>Easy.</strong> Estimated time: 20&#8211;45 minutes depending on reservoir access. <strong>Drain or remove reservoir before extracting pump</strong> &#8212; pulling pump with full reservoir spills several litres of washer fluid into engine bay.</p> <ol class="qf-steps"> <li><div class="qf-step-num">1</div><div class="qf-step-text"><strong>Drain washer reservoir</strong> or remove reservoir from vehicle (consult Ford / Volvo service manual for your specific model). Pump is mounted in reservoir's outlet port below fluid level; pulling pump with full reservoir = fluid spill in engine bay.</div></li> <li><div class="qf-step-num">2</div><div class="qf-step-text"><strong>Disconnect wiring connector</strong> at pump &#8212; press release tab + pull connector body straight off. Do NOT pull by wires.</div></li> <li><div class="qf-step-num">3</div><div class="qf-step-text"><strong>Disconnect BOTH outlet supply hoses</strong> from pump barbs (twin-outlet design). <strong>Mark or photograph hose routing</strong> &#8212; front vs rear circuit hoses must be reconnected to correct outlet barbs; mis-routing produces wrong-direction wash on vehicles with separate front/rear circuits.</div></li> <li><div class="qf-step-num">4</div><div class="qf-step-text"><strong>Pull pump body straight out</strong> from reservoir with steady rocking motion to break grommet seal. Do NOT pull by wiring connector or outlet barbs &#8212; pull by pump body. Some applications require small flat-blade tool to release retention clip.</div></li> <li><div class="qf-step-num">5</div><div class="qf-step-text"><strong>Inspect reservoir grommet port opening</strong> &#8212; confirm bore clean and undamaged; cracked / deformed opening will not seal against new pump grommet. Clean mineral scale / debris with lint-free cloth.</div></li> <li><div class="qf-step-num">6</div><div class="qf-step-text"><strong>Compare new pump to old</strong> &#8212; verify dimensions, grommet profile, <strong>BOTH outlet barb positions and diameters</strong>, connector pinout match exactly. Confirm OEM 1355124 (or verified equivalent from supersession chain).</div></li> <li><div class="qf-step-num">7</div><div class="qf-step-text"><strong>Lubricate new pump grommet lightly with washer fluid or clean water</strong> &#8212; dry grommet requires excessive insertion force and may roll or tear. <strong>NEVER use petroleum-based lubricants</strong> on rubber grommets in washer fluid contact &#8212; petroleum swells and degrades rubber compound.</div></li> <li><div class="qf-step-num">8</div><div class="qf-step-text"><strong>Push new pump firmly into reservoir port</strong> until grommet flange seats flush against reservoir outer wall with no gap visible around circumference. Confirm full seating by attempting to pull pump back out with finger pressure &#8212; should resist removal.</div></li> <li><div class="qf-step-num">9</div><div class="qf-step-text"><strong>Reconnect BOTH outlet supply hoses</strong> to correct pump barbs (per marked / photographed routing). Reconnect wiring connector with release tab engagement click.</div></li> <li><div class="qf-step-num">10</div><div class="qf-step-text"><strong>Refill reservoir with correct-concentration washer fluid</strong>. Inspect immediately for leaks around grommet port &#8212; any visible fluid weep = incomplete grommet seating, remove pump and refit.</div></li> <li><div class="qf-step-num">11</div><div class="qf-step-text"><strong>Activate washer system</strong> and verify BOTH front + rear jets (where fitted) deliver fluid simultaneously when stalk activated. Pump audible during operation; no leak from grommet or hose connections; pump stops immediately when stalk released. Run several wash cycles to purge air from system.</div></li> <li><div class="qf-step-num">12</div><div class="qf-step-text"><strong>Final visual inspection</strong> after 24-hour soak test &#8212; check for slow leak from grommet base. Reset any Ford GEM / Volvo CEM washer-fault DTCs with appropriate diagnostic tool.</div></li> </ol> <div class="qf-tool-row"><strong>Tools required:</strong> drain container (5+ L capacity); multimeter (for voltage / resistance check); small flat-blade tool (for connector release); lint-free cloths; safety glasses + nitrile gloves; replacement washer fluid (correct concentration for climate); Ford IDS / forscan or Volvo VIDA / DiCE diagnostic tool (optional, for GEM/BCM/CEM DTC clearing on modern applications).</div> </div> </div> </div> <div class="qf-block"> <div class="b-section"> <div class="b-header" onclick="qfToggle('b6')"> <div class="b-title">Frequently Asked Questions</div> <div class="b-chevron open" id="qf-chevron-b6">&#9650;</div> </div> <div class="b-body open" id="qf-body-b6"> <div class="qf-faq-item"> <div class="qf-faq-q"><span class="qf-faq-q-icon">Q</span>What's the difference between Ford 1355124 and Ford 1708254?</div> <div class="qf-faq-a"><strong>Ford 1355124 is the TWIN-OUTLET (dual) version</strong> with two separate outlet barbs &#8212; used on Ford C1 platform vehicles (Focus Mk2, Mondeo Mk3/Mk4, C-MAX, Galaxy Mk2, S-MAX, Kuga Mk1) and Volvo P1/P2 platform vehicles (C30, V50, V70, XC70, XC90) built approximately 2000-2015. <strong>Ford 1708254 is the SINGLE-OUTLET (mono) version</strong> with one outlet barb &#8212; used on Ford Focus Mk3 + Transit family (V363, V362, Transit Courier TF1, etc.) built from 2010 onwards. The two references are NOT interchangeable &#8212; physical outlet configuration differs. <strong>Verify by reading the OEM number stamped on existing pump</strong> before ordering.</div> </div> <div class="qf-faq-item"> <div class="qf-faq-q"><span class="qf-faq-q-icon">Q</span>Does this pump fit Volvo cars too? Volvo cross-references are listed.</div> <div class="qf-faq-a"><strong>Yes.</strong> During the Ford ownership of Volvo Cars (1999-2010), Ford and Volvo shared significant component supply through rationalisation between Ford C1 and Volvo P1/P2 platforms. The same washer pump is used on both brand vehicles &#8212; Ford 1355124 = Volvo 30699952 = Volvo 30663139 = Volvo 30699391 = Volvo 31349228 (revisions of same pump). Fits Volvo C30 (2006-2013), V50 (2004-2012), V70 (1998-2015 various generations), XC70 (2007-2016), XC90 first generation (2002-2014). <strong>Verify by reading the OEM number stamped on your existing Volvo pump</strong> &#8212; if it matches one of the cross-references, this pump fits.</div> </div> <div class="qf-faq-item"> <div class="qf-faq-q"><span class="qf-faq-q-icon">Q</span>The front works but rear is not operating &#8212; is the pump faulty?</div> <div class="qf-faq-a"><strong>Almost certainly NOT a pump fault</strong> on twin-outlet pump. The single motor + impeller drives BOTH outlets equally &#8212; if motor failed, BOTH circuits stop. If only rear has stopped: investigate (a) blocked rear jet nozzle; (b) split / kinked / disconnected rear supply hose routing through tailgate / boot hinge area (frequent failure point on hatchback / wagon / estate vehicles from continuous flex of hose during boot opening); (c) electrical isolation valve fault on vehicles with switched-circuit washer logic. <strong>Replace rear jet nozzle and inspect rear supply hose</strong> before replacing pump.</div> </div> <div class="qf-faq-item"> <div class="qf-faq-q"><span class="qf-faq-q-icon">Q</span>The pump runs but front gets weak flow while rear gets normal flow (or vice versa)?</div> <div class="qf-faq-a">Single impeller pumps both outlets equally in the pump itself. Unequal flow downstream indicates restriction on the affected circuit: (a) blocked jet nozzle on the weak side; (b) partial hose kink / collapse on the weak side; (c) internal hose contamination (mineral scale, debris). Clear jets and inspect hose routing; pump itself does not need replacement.</div> </div> <div class="qf-faq-item"> <div class="qf-faq-q"><span class="qf-faq-q-icon">Q</span>Is white-label or custom packaging available for Ford / Volvo specialist distributors?</div> <div class="qf-faq-a">Yes. ok.parts sources directly from manufacturing facility. White-label packaging with vehicle application label (Ford Focus Mk2 / Mondeo Mk3-Mk4 / C-MAX / Galaxy / S-MAX / Kuga + Volvo C30 / V50 / V70 / XC70 / XC90) available for wholesale &#8212; suited to Ford / Volvo specialist shops, multi-brand service centres, and parts distributors. <strong>Cross-brand compatibility</strong> expands addressable market. Mixed SKU consolidation with matching reservoir, jet nozzles, supply hose, washer fluid supported.</div> </div> </div> </div> </div> <div class="qf-block"> <div class="b-section"> <div class="b-header" onclick="qfToggle('b7')"> <div class="b-title">Frequently Replaced Together</div> <div class="b-chevron open" id="qf-chevron-b7">&#9650;</div> </div> <div class="b-body open" id="qf-body-b7"> <table class="qf-frt-table"> <thead><tr><th>Part</th><th>Reference</th><th>Reason for Combined Replacement</th></tr></thead> <tbody> <tr> <td>Washer Fluid Reservoir</td> <td>Ford / Volvo-specific reservoir, varies by application</td> <td>Cracked reservoir is frequently the underlying cause of the dry-run condition that burned out the pump motor &#8212; reservoir drains through hairline crack below pump inlet level. If failed pump showed signs of dry-run burnout, inspect reservoir for cracks before fitting new pump.</td> </tr> <tr> <td>Reservoir Grommet (Pump Seal)</td> <td>Ford / Volvo pump grommet (often included with pump kit)</td> <td><strong>Mandatory replacement when pump is removed.</strong> Grommet has hardened, compressed, and will not seal reliably on new pump if reused. Often supplied as part of pump kit; if not, order separately. Reusing old grommet on new pump = same leak as before.</td> </tr> <tr> <td>Rear Window Jet Nozzle</td> <td>Ford / Volvo rear jet nozzle, application-specific</td> <td><strong>On hatchback / wagon / estate vehicles with rear wash circuit</strong>, rear jet nozzle is a common failure point. UV-degraded plastic, blocked outlets from mineral scale. Inspect and replace simultaneously with pump service to prevent return visit for downstream component failure.</td> </tr> <tr> <td>Rear Washer Supply Hose</td> <td>Ford / Volvo rear hose routing, application-specific nylon tubing</td> <td><strong>On hatchback / wagon / estate vehicles</strong>, rear supply hose routes from reservoir under the vehicle floor / through tailgate hinge area &#8212; subject to flexing, frost cracking, and road salt corrosion. Split rear hose = no rear wash regardless of pump condition. Inspect and replace if any visible damage.</td> </tr> <tr> <td>Front Windscreen Jet Nozzles</td> <td>Ford / Volvo front jet nozzle set, application-specific</td> <td>Blocked jet nozzles create back-pressure that forces pump to run against closed outlet, overheating motor and accelerating winding failure. Inspect and clear or replace front nozzles simultaneously with pump service.</td> </tr> </tbody> </table> </div> </div> </div> </div> <script> function qfToggle(id){ document.getElementById('qf-body-'+id).classList.toggle('open'); document.getElementById('qf-chevron-'+id).classList.toggle('open'); } </script>