Le Seal Surface Speed and Wear Check Calculator is a practical engineering tool designed to calculate seal surface speed and evaluate potential wear under rotary or reciprocating operating conditions. By analyzing parameters such as shaft diameter, rotational speed, pressure, temperature, seal material, and lubrication, users can quickly assess speed limits, PV conditions, and wear risks. The Seal Surface Speed and Wear Check Calculator helps engineers optimize sealing systems, improve reliability, and reduce premature seal failure in hydraulic, pneumatic, and industrial equipment.
/**
 * Seal Surface Speed and Wear Check Calculator
 * Scoped for WordPress embed — all queries limited to #seal-speed-wear-calculator
 */

(function () {
    'use strict';

    const ROOT_ID = 'seal-speed-wear-calculator';
    const MM_TO_INCH = 1 / 25.4;
    const INCH_TO_MM = 25.4;
    const M_TO_FT = 3.28084;
    const FT_TO_M = 1 / M_TO_FT;
    const MPS_TO_FTPS = M_TO_FT;
    const MPS_TO_FTPM = M_TO_FT * 60;
    const MPA_TO_PSI = 145.038;
    const MPA_TO_BAR = 10;
    const PSI_TO_MPA = 1 / MPA_TO_PSI;
    const BAR_TO_MPA = 0.1;
    const N_TO_LBF = 0.224809;
    const LBF_TO_N = 1 / N_TO_LBF;

    const MATERIAL_DATA = {
        NBR: { maxSpeed: 6.0, maxTemp: 100, pvLimit: 0.5, wearFactor: 1.0 },
        FKM: { maxSpeed: 10.0, maxTemp: 200, pvLimit: 1.0, wearFactor: 0.7 },
        EPDM: { maxSpeed: 8.0, maxTemp: 150, pvLimit: 0.4, wearFactor: 1.1 },
        HNBR: { maxSpeed: 8.0, maxTemp: 150, pvLimit: 0.8, wearFactor: 0.75 },
        PTFE: { maxSpeed: 15.0, maxTemp: 260, pvLimit: 2.5, wearFactor: 0.5 },
        Polyurethane: { maxSpeed: 8.0, maxTemp: 80, pvLimit: 0.8, wearFactor: 1.0 },
        Silicone: { maxSpeed: 4.0, maxTemp: 200, pvLimit: 0.3, wearFactor: 1.3 },
        Custom: { maxSpeed: 10.0, maxTemp: 150, pvLimit: 1.0, wearFactor: 1.0 }
    };

    const LUBE_FACTORS = {
        excellent: 0.6,
        good: 0.8,
        limited: 1.0,
        poor: 1.3,
        dry: 1.8
    };

    let root = null;
    let unitSystem = 'metric';
    let allowSpeedManual = false;
    let allowPVManual = false;
    let els = {};

    function $(id) {
        return root.querySelector('#' + id) ||
            root.querySelector('[data-sswc="' + id + '"]');
    }

    function setVisible(nodes, show) {
        nodes.forEach(function (el) {
            el.classList.toggle('sswc-hidden', !show);
            if (show) {
                el.removeAttribute('data-sswc-hidden');
                el.style.display = '';
            } else {
                el.setAttribute('data-sswc-hidden', 'true');
                el.style.display = 'none';
            }
        });
    }

    function setText(el, text) {
        if (el) el.textContent = text;
    }

    function setClass(el, className) {
        if (el) el.className = className;
    }

    function bindElements() {
        els = {
            unitRadios: root.querySelectorAll('input[name="sswc-unitSystem"]'),
            motionType: $('sswc-motionType'),
            sealType: $('sswc-sealType'),
            diameter: $('sswc-diameter'),
            rpm: $('sswc-rpm'),
            stroke: $('sswc-stroke'),
            frequency: $('sswc-frequency'),
            frequencyUnit: $('sswc-frequencyUnit'),
            oscAngle: $('sswc-oscAngle'),
            customSpeed: $('sswc-customSpeed'),
            pressure: $('sswc-pressure'),
            pressureUnit: $('sswc-pressureUnit'),
            temperature: $('sswc-temperature'),
            material: $('sswc-material'),
            lubrication: $('sswc-lubrication'),
            surfaceFinish: $('sswc-surfaceFinish'),
            finishUnit: $('sswc-finishUnit'),
            allowSpeed: $('sswc-allowSpeed'),
            allowPV: $('sswc-allowPV'),
            frictionCoeff: $('sswc-frictionCoeff'),
            normalForce: $('sswc-normalForce'),
            operatingTime: $('sswc-operatingTime'),
            totalCycles: $('sswc-totalCycles'),
            calculateBtn: $('sswc-calculateBtn'),
            warnings: $('sswc-warnings'),
            materialSpeedHint: $('sswc-materialSpeedHint'),
            diameterError: $('sswc-diameterError'),
            rpmError: $('sswc-rpmError'),
            strokeError: $('sswc-strokeError'),
            frequencyError: $('sswc-frequencyError'),
            allowSpeedError: $('sswc-allowSpeedError'),
            allowPVError: $('sswc-allowPVError'),
            resultsSection: $('sswc-resultsSection'),
            statusBanner: $('sswc-statusBanner'),
            statusIcon: $('sswc-statusIcon'),
            statusTitle: $('sswc-statusTitle'),
            statusSub: $('sswc-statusSub'),
            resultSurfaceSpeed: root.querySelector('.sswc-out-surface-speed'),
            resultAvgSpeed: root.querySelector('.sswc-out-avg-speed'),
            resultPeakSpeed: root.querySelector('.sswc-out-peak-speed'),
            resultAllowSpeed: root.querySelector('.sswc-out-allow-speed'),
            resultSpeedUtil: root.querySelector('.sswc-out-speed-util'),
            resultPV: root.querySelector('.sswc-out-pv'),
            resultPVUtil: root.querySelector('.sswc-out-pv-util'),
            resultDistance: root.querySelector('.sswc-out-distance'),
            resultFrictionPower: root.querySelector('.sswc-out-friction-power'),
            resultWearIndex: root.querySelector('.sswc-out-wear-index'),
            resultWearRisk: root.querySelector('.sswc-out-wear-risk'),
            resultThermalRisk: root.querySelector('.sswc-out-thermal-risk'),
            resultServiceLife: root.querySelector('.sswc-out-service-life'),
            resultOperatingStatus: root.querySelector('.sswc-out-operating-status')
        };
    }

    function parseNum(value) {
        if (value === '' || value === null || value === undefined) return null;
        const n = parseFloat(value);
        return isNaN(n) ? null : n;
    }

    function getLengthUnit() {
        return unitSystem === 'metric' ? 'mm' : 'in';
    }

    function getSpeedUnit() {
        return unitSystem === 'metric' ? 'm/s' : 'ft/min';
    }

    function getTempUnit() {
        return unitSystem === 'metric' ? '\u00B0C' : '\u00B0F';
    }

    function getForceUnit() {
        return unitSystem === 'metric' ? 'N' : 'lbf';
    }

    function getPVUnit() {
        return unitSystem === 'metric' ? 'MPa\u00B7m/s' : 'psi\u00B7ft/min';
    }

    function toMetricLength(value) {
        return unitSystem === 'metric' ? value : value * INCH_TO_MM;
    }

    function fromMetricLength(valueMm) {
        return unitSystem === 'metric' ? valueMm : valueMm * MM_TO_INCH;
    }

    function toMetricSpeed(value) {
        if (unitSystem === 'metric') return value;
        return value * FT_TO_M / 60;
    }

    function fromMetricSpeed(valueMps) {
        if (unitSystem === 'metric') return valueMps;
        return valueMps * MPS_TO_FTPM;
    }

    function toMetricPressure(value, unit) {
        if (unit === 'MPa') return value;
        if (unit === 'bar') return value * BAR_TO_MPA;
        return value * PSI_TO_MPA;
    }

    function fromMetricPressure(valueMpa, unit) {
        if (unit === 'MPa') return valueMpa;
        if (unit === 'bar') return valueMpa / BAR_TO_MPA;
        return valueMpa * MPA_TO_PSI;
    }

    function toMetricTemp(value) {
        if (unitSystem === 'metric') return value;
        return (value - 32) * 5 / 9;
    }

    function toMetricForce(value) {
        return unitSystem === 'metric' ? value : value * LBF_TO_N;
    }

    function toMetricFinish(value, unit) {
        if (unit === 'um') return value;
        return value * 0.0254;
    }

    function formatSpeed(valueMps) {
        if (unitSystem === 'metric') {
            return valueMps.toFixed(3) + ' m/s (' +
                (valueMps * MPS_TO_FTPS).toFixed(2) + ' ft/s)';
        }
        const ftMin = fromMetricSpeed(valueMps);
        return ftMin.toFixed(1) + ' ft/min (' +
            (valueMps).toFixed(3) + ' m/s)';
    }

    function formatDistance(valueM) {
        if (unitSystem === 'metric') {
            if (valueM >= 1000) return (valueM / 1000).toFixed(2) + ' km';
            return valueM.toFixed(2) + ' m';
        }
        const ft = valueM * M_TO_FT;
        if (ft >= 5280) return (ft / 5280).toFixed(2) + ' mi';
        return ft.toFixed(1) + ' ft';
    }

    function formatPower(valueW) {
        if (valueW >= 1000) return (valueW / 1000).toFixed(3) + ' kW';
        return valueW.toFixed(2) + ' W';
    }

    function formatPVLimit(mat) {
        if (unitSystem === 'metric') return mat.pvLimit.toFixed(2);
        return (mat.pvLimit * MPA_TO_PSI * MPS_TO_FTPM).toFixed(1);
    }

    function convertInputsOnUnitChange(fromSystem, toSystem) {
        if (fromSystem === toSystem) return;

        function convertLength(input) {
            const v = parseNum(input && input.value);
            if (v === null || !input) return;
            input.value = (toSystem === 'metric' ? v * INCH_TO_MM : v * MM_TO_INCH)
                .toFixed(toSystem === 'metric' ? 2 : 4);
        }

        convertLength(els.diameter);
        convertLength(els.stroke);

        const temp = parseNum(els.temperature.value);
        if (temp !== null) {
            if (fromSystem === 'metric' && toSystem === 'imperial') {
                els.temperature.value = (temp * 9 / 5 + 32).toFixed(1);
            } else if (fromSystem === 'imperial' && toSystem === 'metric') {
                els.temperature.value = ((temp - 32) * 5 / 9).toFixed(1);
            }
        }

        const customSpeed = parseNum(els.customSpeed.value);
        if (customSpeed !== null) {
            els.customSpeed.value = (toSystem === 'metric'
                ? customSpeed / MPS_TO_FTPM
                : customSpeed * MPS_TO_FTPM).toFixed(toSystem === 'metric' ? 3 : 1);
        }

        if (allowSpeedManual) {
            const allowSpeed = parseNum(els.allowSpeed.value);
            if (allowSpeed !== null) {
                els.allowSpeed.value = (toSystem === 'metric'
                    ? allowSpeed / MPS_TO_FTPM
                    : allowSpeed * MPS_TO_FTPM).toFixed(toSystem === 'metric' ? 2 : 1);
            }
        }

        if (allowPVManual) {
            const allowPV = parseNum(els.allowPV.value);
            if (allowPV !== null) {
                els.allowPV.value = (toSystem === 'metric'
                    ? allowPV / (MPA_TO_PSI * MPS_TO_FTPM)
                    : allowPV * MPA_TO_PSI * MPS_TO_FTPM).toFixed(toSystem === 'metric' ? 2 : 1);
            }
        }

        const force = parseNum(els.normalForce.value);
        if (force !== null) {
            els.normalForce.value = (toSystem === 'metric'
                ? force * LBF_TO_N
                : force * N_TO_LBF).toFixed(2);
        }

        const finish = parseNum(els.surfaceFinish.value);
        if (finish !== null) {
            if (els.finishUnit.value === 'um' && toSystem === 'imperial') {
                els.finishUnit.value = 'uin';
                els.surfaceFinish.value = (finish * 39.3701).toFixed(1);
            } else if (els.finishUnit.value === 'uin' && toSystem === 'metric') {
                els.finishUnit.value = 'um';
                els.surfaceFinish.value = (finish * 0.0254).toFixed(2);
            }
        }
    }

    function getPVLimitMetric(allowPV, mat) {
        if (allowPV !== null) {
            return unitSystem === 'metric'
                ? allowPV
                : allowPV / (MPA_TO_PSI * MPS_TO_FTPM);
        }
        return mat.pvLimit;
    }

    function getFrequencyHz() {
        const f = parseNum(els.frequency.value);
        if (f === null) return null;
        return els.frequencyUnit.value === 'Hz' ? f : f / 60;
    }

    function getMaterialData() {
        return MATERIAL_DATA[els.material.value] || MATERIAL_DATA.Custom;
    }

    function updateUnitLabels() {
        root.querySelectorAll('[data-unit="length"]').forEach(el => {
            el.textContent = getLengthUnit();
        });
        root.querySelectorAll('[data-unit="speed"]').forEach(el => {
            el.textContent = getSpeedUnit();
        });
        root.querySelectorAll('[data-unit="temperature"]').forEach(el => {
            el.textContent = getTempUnit();
        });
        root.querySelectorAll('[data-unit="force"]').forEach(el => {
            el.textContent = getForceUnit();
        });
        root.querySelectorAll('[data-unit="pv"]').forEach(el => {
            el.textContent = getPVUnit();
        });
    }

    function updateMotionVisibility() {
        const motion = els.motionType.value;
        setVisible(root.querySelectorAll('.sswc-motion-rotary'), motion === 'rotary');
        setVisible(root.querySelectorAll('.sswc-motion-recip'),
            motion === 'reciprocating' || motion === 'oscillating');
        setVisible(root.querySelectorAll('.sswc-motion-oscillating'), motion === 'oscillating');
        setVisible(root.querySelectorAll('.sswc-motion-custom'), motion === 'custom');
        setVisible(root.querySelectorAll('.sswc-motion-recip-field'),
            motion !== 'rotary' && motion !== 'custom');

        const isRecip = motion === 'reciprocating' || motion === 'oscillating';
        setVisible(root.querySelectorAll('.sswc-recip-only'), isRecip);
    }

    function updateMaterialDefaults() {
        const mat = getMaterialData();
        els.materialSpeedHint.textContent =
            'Reference max speed for ' + els.material.value + ': ' +
            fromMetricSpeed(mat.maxSpeed).toFixed(2) + ' ' + getSpeedUnit() +
            ' (not a universal limit)';

        if (!allowSpeedManual) {
            els.allowSpeed.value = fromMetricSpeed(mat.maxSpeed).toFixed(unitSystem === 'metric' ? 2 : 1);
        }
        if (!allowPVManual) {
            els.allowPV.value = formatPVLimit(mat);
        }
    }

    function clearErrors() {
        ['diameter', 'rpm', 'stroke', 'frequency', 'allowSpeed', 'allowPV'].forEach(key => {
            const errEl = els[key + 'Error'];
            const inputEl = els[key];
            if (errEl) errEl.textContent = '';
            if (inputEl) inputEl.classList.remove('sswc-error');
        });
    }

    function validateInputs() {
        clearErrors();
        const warnings = [];
        let valid = true;
        const motion = els.motionType.value;

        const diameter = parseNum(els.diameter.value);
        if (diameter === null || diameter <= 0) {
            els.diameterError.textContent = 'Diameter must be greater than zero.';
            els.diameter.classList.add('sswc-error');
            valid = false;
        }

        if (motion === 'rotary') {
            const rpm = parseNum(els.rpm.value);
            if (rpm === null || rpm < 0) {
                els.rpmError.textContent = 'Speed cannot be negative.';
                els.rpm.classList.add('sswc-error');
                valid = false;
            }
        }

        if (motion === 'reciprocating' || motion === 'oscillating') {
            const stroke = parseNum(els.stroke.value);
            if (stroke === null || stroke <= 0) {
                els.strokeError.textContent = 'Stroke must be greater than zero.';
                els.stroke.classList.add('sswc-error');
                valid = false;
            }
            const freq = parseNum(els.frequency.value);
            if (freq === null || freq < 0) {
                els.frequencyError.textContent = 'Frequency cannot be negative.';
                els.frequency.classList.add('sswc-error');
                valid = false;
            }
        }

        const allowSpeed = parseNum(els.allowSpeed.value);
        if (allowSpeed === null || allowSpeed <= 0) {
            els.allowSpeedError.textContent = 'Allowable speed must be greater than zero.';
            els.allowSpeed.classList.add('sswc-error');
            valid = false;
        }

        const allowPV = parseNum(els.allowPV.value);
        if (allowPV !== null && allowPV <= 0) {
            els.allowPVError.textContent = 'Allowable PV must be greater than zero.';
            els.allowPV.classList.add('sswc-error');
            valid = false;
        }

        if (!valid) return { valid, warnings, results: null };

        const Dmm = toMetricLength(diameter);
        const Dm = Dmm / 1000;
        let surfaceSpeed = 0;
        let avgSpeed = 0;
        let peakSpeed = 0;

        if (motion === 'rotary') {
            const rpm = parseNum(els.rpm.value) || 0;
            surfaceSpeed = Math.PI * Dm * rpm / 60;
            avgSpeed = surfaceSpeed;
            peakSpeed = surfaceSpeed;
        } else if (motion === 'reciprocating') {
            const Lm = toMetricLength(parseNum(els.stroke.value)) / 1000;
            const f = getFrequencyHz() || 0;
            avgSpeed = 2 * Lm * f;
            peakSpeed = Math.PI * Lm * f;
            surfaceSpeed = peakSpeed;
        } else if (motion === 'oscillating') {
            const angleDeg = parseNum(els.oscAngle.value) || 45;
            const angleRad = angleDeg * Math.PI / 180;
            const Lm = Dm * angleRad;
            const f = getFrequencyHz() || 0;
            avgSpeed = 2 * Lm * f;
            peakSpeed = Math.PI * Lm * f;
            surfaceSpeed = peakSpeed;
        } else {
            surfaceSpeed = toMetricSpeed(parseNum(els.customSpeed.value) || 0);
            avgSpeed = surfaceSpeed;
            peakSpeed = surfaceSpeed;
        }

        const pressureMpa = toMetricPressure(
            parseNum(els.pressure.value) || 0,
            els.pressureUnit.value
        );
        const tempC = toMetricTemp(parseNum(els.temperature.value) || 20);
        const mat = getMaterialData();
        const allowSpeedMps = toMetricSpeed(allowSpeed);
        const pvValue = pressureMpa * surfaceSpeed;
        const pvLimitMetric = getPVLimitMetric(allowPV, mat);

        const speedUtil = allowSpeedMps > 0 ? (surfaceSpeed / allowSpeedMps) * 100 : 0;
        const pvUtil = pvLimitMetric > 0 ? (pvValue / pvLimitMetric) * 100 : null;

        const speedFactor = allowSpeedMps > 0 ? surfaceSpeed / allowSpeedMps : 1;
        const pressureFactor = Math.min(2.0, 1 + (pressureMpa / 0.5) * 0.25);
        const tempRatio = tempC / mat.maxTemp;
        let tempFactor = 0.85;
        if (tempRatio > 1) tempFactor = 1.8;
        else if (tempRatio > 0.85) tempFactor = 1.3;
        else if (tempRatio > 0.7) tempFactor = 1.0;
        else tempFactor = 0.85;

        const lubeFactor = LUBE_FACTORS[els.lubrication.value] || 1.0;
        const materialFactor = mat.wearFactor;

        let finishFactor = 1.0;
        const finish = parseNum(els.surfaceFinish.value);
        if (finish !== null && finish > 0) {
            const raUm = toMetricFinish(finish, els.finishUnit.value);
            if (raUm > 1.6) finishFactor = 1.2;
            else if (raUm > 0.8) finishFactor = 1.05;
            else if (raUm <= 0.4) finishFactor = 0.95;
        }

        const wearIndex = speedFactor * pressureFactor * tempFactor * lubeFactor * materialFactor * finishFactor;

        let slidingDistance = null;
        const opTime = parseNum(els.operatingTime.value);
        const totalCycles = parseNum(els.totalCycles.value);

        if (opTime !== null && opTime > 0) {
            slidingDistance = avgSpeed * opTime * 3600;
        } else if (totalCycles !== null && totalCycles > 0 &&
            (motion === 'reciprocating' || motion === 'oscillating')) {
            let Lm;
            if (motion === 'reciprocating') {
                Lm = toMetricLength(parseNum(els.stroke.value)) / 1000;
            } else {
                const angleRad = (parseNum(els.oscAngle.value) || 45) * Math.PI / 180;
                Lm = Dm * angleRad;
            }
            slidingDistance = 2 * Lm * totalCycles;
        }

        let frictionPower = null;
        const mu = parseNum(els.frictionCoeff.value);
        const normalForce = parseNum(els.normalForce.value);
        if (mu !== null && normalForce !== null && mu > 0 && normalForce > 0) {
            const forceN = toMetricForce(normalForce);
            frictionPower = mu * forceN * surfaceSpeed;
        }

        let wearRisk = 'Low';
        if (wearIndex >= 1.8 || speedUtil > 100 || (pvUtil !== null && pvUtil > 100)) {
            wearRisk = 'High';
        } else if (wearIndex >= 1.0 || speedUtil >= 80 || (pvUtil !== null && pvUtil >= 80)) {
            wearRisk = 'Moderate';
        }

        let thermalScore = 0;
        if (speedUtil > 70) thermalScore += 2;
        else if (speedUtil > 40) thermalScore += 1;
        if (pressureMpa > 0.5) thermalScore += 1;
        if (pressureMpa > 2) thermalScore += 1;
        if (lubeFactor >= 1.3) thermalScore += 2;
        if (lubeFactor >= 1.8) thermalScore += 2;
        if (tempRatio > 0.85) thermalScore += 1;
        if (tempRatio > 1) thermalScore += 2;
        if (frictionPower !== null && frictionPower > 500) thermalScore += 1;

        let thermalRisk = 'Low';
        if (thermalScore >= 5) thermalRisk = 'High';
        else if (thermalScore >= 3) thermalRisk = 'Moderate';

        let serviceLife = 'Favorable';
        if (wearRisk === 'High' || thermalRisk === 'High') serviceLife = 'Reduced Life Expected';
        else if (wearRisk === 'Moderate' || thermalRisk === 'Moderate') serviceLife = 'Monitor';

        let operatingStatus = 'Acceptable';
        if (wearRisk === 'High' || thermalRisk === 'High' || speedUtil > 100) {
            operatingStatus = 'Review Required';
        } else if (wearRisk === 'Moderate' || speedUtil >= 80) {
            operatingStatus = 'Caution';
        }

        if (speedUtil > 100) {
            warnings.push({
                type: 'danger',
                text: 'Actual surface speed exceeds the allowable limit. Reduce speed or select a higher-speed seal material.'
            });
        }
        if (pvUtil !== null && pvUtil > 100) {
            warnings.push({
                type: 'danger',
                text: 'Calculated PV exceeds the allowable PV limit. Verify with manufacturer data.'
            });
        }
        if (els.lubrication.value === 'dry' && surfaceSpeed > 0.5) {
            warnings.push({
                type: 'danger',
                text: 'Dry running at elevated surface speed significantly increases wear and thermal risk.'
            });
        }
        if (tempC > mat.maxTemp) {
            warnings.push({
                type: 'danger',
                text: 'Operating temperature exceeds typical continuous limit for ' + els.material.value + ' (' + mat.maxTemp + ' \u00B0C).'
            });
        } else if (tempRatio > 0.85) {
            warnings.push({
                type: 'warn',
                text: 'Operating temperature is approaching the material temperature limit.'
            });
        }
        if (speedUtil >= 80 && speedUtil <= 100) {
            warnings.push({
                type: 'warn',
                text: 'Speed utilization is approaching the recommended limit.'
            });
        }

        return {
            valid,
            warnings,
            results: {
                surfaceSpeed,
                avgSpeed,
                peakSpeed,
                allowSpeedMps,
                speedUtil,
                pressureMpa,
                pvValue,
                pvLimitMetric,
                pvUtil,
                wearIndex,
                slidingDistance,
                frictionPower,
                wearRisk,
                thermalRisk,
                thermalScore,
                serviceLife,
                operatingStatus,
                tempC,
                mat,
                motion,
                isRecip: motion === 'reciprocating' || motion === 'oscillating'
            }
        };
    }

    function riskClass(level) {
        if (level === 'Low' || level === 'Acceptable' || level === 'Favorable') return 'sswc-risk-low';
        if (level === 'Moderate' || level === 'Caution' || level === 'Monitor') return 'sswc-risk-moderate';
        return 'sswc-risk-high';
    }

    function statusBannerClass(status) {
        if (status === 'Acceptable') return 'sswc-status-acceptable';
        if (status === 'Caution') return 'sswc-status-caution';
        return 'sswc-status-review';
    }

    function statusIcon(status) {
        if (status === 'Acceptable') return '\u2713';
        if (status === 'Caution') return '!';
        return '\u2717';
    }

    function displayWarnings(warnings) {
        if (!els.warnings) return;
        els.warnings.innerHTML = '';
        warnings.forEach(w => {
            const div = document.createElement('div');
            div.className = 'sswc-warning-item' + (w.type === 'danger' ? ' sswc-warning-danger' : '');
            div.textContent = w.text;
            els.warnings.appendChild(div);
        });
    }

    function showSection(section) {
        if (!section) return;
        section.classList.remove('sswc-hidden');
        section.removeAttribute('data-sswc-hidden');
        section.style.display = '';
    }

    function hideSection(section) {
        if (!section) return;
        section.classList.add('sswc-hidden');
        section.setAttribute('data-sswc-hidden', 'true');
        section.style.display = 'none';
    }

    function displayResults(data) {
        displayWarnings(data.warnings);

        if (!data.valid || !data.results) {
            hideSection(els.resultsSection);
            return;
        }

        const r = data.results;
        updateMotionVisibility();
        showSection(els.resultsSection);

        setText(els.resultSurfaceSpeed, formatSpeed(r.surfaceSpeed));
        setText(els.resultAvgSpeed, formatSpeed(r.avgSpeed));
        setText(els.resultPeakSpeed, formatSpeed(r.peakSpeed));
        setText(els.resultAllowSpeed, formatSpeed(r.allowSpeedMps));
        setText(els.resultSpeedUtil, r.speedUtil.toFixed(1) + '%');
        setClass(els.resultSpeedUtil, 'sswc-result-value sswc-out-speed-util ' +
            (r.speedUtil > 100 ? 'sswc-risk-high' : r.speedUtil >= 80 ? 'sswc-risk-moderate' : 'sswc-risk-low'));

        if (unitSystem === 'metric') {
            setText(els.resultPV, r.pvValue.toFixed(4) + ' MPa\u00B7m/s');
        } else {
            setText(els.resultPV, (r.pressureMpa * MPA_TO_PSI).toFixed(2) + ' psi \u00D7 ' +
                fromMetricSpeed(r.surfaceSpeed).toFixed(1) + ' ft/min');
        }

        if (r.pvUtil !== null) {
            setText(els.resultPVUtil, r.pvUtil.toFixed(1) + '%');
            setClass(els.resultPVUtil, 'sswc-result-value sswc-out-pv-util ' +
                (r.pvUtil > 100 ? 'sswc-risk-high' : r.pvUtil >= 80 ? 'sswc-risk-moderate' : 'sswc-risk-low'));
        } else {
            setText(els.resultPVUtil, 'N/A');
            setClass(els.resultPVUtil, 'sswc-result-value sswc-out-pv-util');
        }

        setText(els.resultDistance, r.slidingDistance !== null ?
            formatDistance(r.slidingDistance) : 'N/A (enter time or cycles)');
        setText(els.resultFrictionPower, r.frictionPower !== null ?
            formatPower(r.frictionPower) : 'N/A (enter \u03BC and normal force)');
        setText(els.resultWearIndex, r.wearIndex.toFixed(2));
        setText(els.resultWearRisk, r.wearRisk);
        setClass(els.resultWearRisk, 'sswc-result-value sswc-out-wear-risk ' + riskClass(r.wearRisk));
        setText(els.resultThermalRisk, r.thermalRisk);
        setClass(els.resultThermalRisk, 'sswc-result-value sswc-out-thermal-risk ' + riskClass(r.thermalRisk));
        setText(els.resultServiceLife, r.serviceLife);
        setClass(els.resultServiceLife, 'sswc-result-value sswc-out-service-life ' + riskClass(r.serviceLife));
        setText(els.resultOperatingStatus, r.operatingStatus);
        setClass(els.resultOperatingStatus, 'sswc-result-value sswc-out-operating-status ' + riskClass(r.operatingStatus));

        if (els.statusBanner) {
            els.statusBanner.className = 'sswc-status-banner ' + statusBannerClass(r.operatingStatus);
        }
        setText(els.statusIcon, statusIcon(r.operatingStatus));
        setText(els.statusTitle, 'Seal Operating Status: ' + r.operatingStatus);
        setText(els.statusSub, r.wearRisk + ' wear risk | ' + r.thermalRisk +
            ' thermal risk | Service life: ' + r.serviceLife);
    }

    function calculate() {
        displayResults(validateInputs());
    }

    function bindEvents() {
        els.unitRadios.forEach(radio => {
            radio.addEventListener('change', function () {
                if (this.checked) {
                    const newSystem = this.value;
                    convertInputsOnUnitChange(unitSystem, newSystem);
                    unitSystem = newSystem;
                    updateUnitLabels();
                    updateMaterialDefaults();
                }
            });
        });

        els.motionType.addEventListener('change', function () {
            updateMotionVisibility();
        });

        els.material.addEventListener('change', function () {
            allowSpeedManual = false;
            allowPVManual = false;
            updateMaterialDefaults();
        });

        els.allowSpeed.addEventListener('input', function () {
            allowSpeedManual = true;
        });

        els.allowPV.addEventListener('input', function () {
            allowPVManual = els.allowPV.value !== '';
        });

        els.calculateBtn.addEventListener('click', calculate);
    }

    function init() {
        root = document.getElementById(ROOT_ID);
        if (!root) return;
        bindElements();
        bindEvents();
        updateUnitLabels();
        updateMotionVisibility();
        updateMaterialDefaults();
    }

    if (document.readyState === 'loading') {
        document.addEventListener('DOMContentLoaded', init);
    } else {
        init();
    }
})();

Paramètres d'entrée
General Settings
Paramètres de mouvement
mm
tr/min
mm
°
MS
Seal & Operating Conditions
°C
Allowable Limits & Optional Inputs
MS
MPa·m/s
—
N
hours
cycles
Résultats des calculs
—
Seal Operating Status
Enter values and calculate
Surface Speed
—
Average Sliding Speed
—
Peak Sliding Speed
—
Allowable Surface Speed
—
Speed Utilization
—
PV Value
—
PV Utilization
—
Total Sliding Distance
—
Estimated Friction Power
—
Wear Index
—
Wear Risk Level
—
Thermal Risk
—
Service Life Indicator
—
Seal Operating Status
—
