韓国エバーパワープラスチックキャスター株式会社 · 京畿道安山市檀園区三段路 | 韓国[email protected]
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Twin Wheel Jockey Assemblies

Twin-wheel support assemblies change the ground-contact arrangement and can suit specific trailer or soft-ground manoeuvring conditions.

What to define before comparing Twin Wheel Jockey Assemblies

The practical value of Twin Wheel Jockey Assemblies appears only when the specification is tied to the equipment that must move, the floor it runs on and the interface that carries the load.

Within twin-wheel trailer support, the actual load and fit-controlling dimensions should be treated as the first engineering checkpoint. Once that is known, wheel diameter, width, material, bearing arrangement and mounting details can be reviewed in a rational order.

Avoid assuming that a larger wheel, harder polymer or heavier bracket automatically solves the problem. A material or wheel-size label cannot confirm compatibility by itself. The safest RFQ therefore records load, floor, wheel diameter/width, mounting interface, braking need and quantity before a configuration is released for quotation. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.

キャスターとホイールの選定フロー
現在の範囲

Twin Wheel Jockey Assemblies represented in the current range

The live product grid below contains the current configurations represented in this site. Use the grid as a starting point, then compare exact mounting and duty conditions instead of selecting from appearance alone. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.

1bjy jw 04 ダブル交換用ホイール
ジョッキーホイール

1BJY-JW-04 ダブルジャッキ交換用ホイール

モデル1BJY-JW-04構成ダブル交換用ジャッキホイール

1BJY-JW-04 ダブルジャッキ交換用ホイールは、B2B機器またはトレーラーサポートプロジェクト向けです。適合制御インターフェース、デューティ、および…を指定してください。

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選考レビュー

Compare Twin Wheel Jockey Assemblies on the same fit and duty assumptions

Shortlisting this family is most reliable when every candidate is compared against the same application description. Record wheel diameter, width, material, bore or bearing arrangement, hub length and real load per supporting point before comparing catalogue names or photographs. This keeps the decision tied to the equipment rather than to one attractive feature. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.

For replacement work, add floor condition, joints or thresholds, axle retention and the amount of side clearance available inside the bracket or frame. Where an existing part is worn, bent or repaired, identify the dimensions that may no longer represent the intended geometry. A measured drawing or dimensioned photograph is more useful than treating visible wear as the design target. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.

When several configurations are being compared, keep required values and optional preferences in separate columns. If a fit-controlling number is not available, leave it as a confirmation item in the RFQ instead of borrowing a value from another size or series. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.

Use the Twin Wheel Jockey Assemblies page to narrow material and geometry before comparing individual configurations. For wheel-only items, the final selection still depends on the equipment-side axle or bearing interface, hub space and the floor route. Compare candidates at the same carried load and with the same assumptions about joints, ramps, debris and manoeuvring. If a material property, bearing arrangement or load rating is not shown for a particular configuration, keep it as an RFQ confirmation point rather than treating the family description as a specification for every wheel in the range.

Twin Wheel Jockey Assemblies selection reference

Selection variables for Twin Wheel Jockey Assemblies

変数 なぜそれが重要なのか
支持点ごとの荷重 フレームは、特に床が不均一な場合、必ずしも全体の質量を均等に分散させるとは限りません。
ホイール直径 最低地上高と障害物走破性の形状を変更します。
ホイール幅 接触面積が変化するため、柔らかい地面では影響が出る可能性がある。
材料 硬度、床との相互作用、および環境適合性に影響します。
ボア/ベアリング/アクスル 横方向の負荷や即席のスペーサーを使用せずに、ホイールのみの取り付けを制御します。
ブラケット/チューブ/プレート 組み立て全体の適合性と周囲のクリアランスを制御します。
ブレーキ/ロック機能 実際の駐車または方向制御の要件に合致している必要があります。
車輪とキャスターの寸法

Where Twin Wheel Jockey Assemblies should be evaluated

Twin Wheel Jockey Assemblies can appear in twin-wheel trailer support, but the correct configuration is always application-specific. Material handling equipment may spend most of its time on smooth concrete, while trailer support wheels may roll over paving, compacted ground or gravel for short manoeuvring distances. Those are different design conditions.

Describe ramps, floor joints, wash-down, debris, outdoor exposure and expected travel in the enquiry. If the equipment is already in service, a short video can reveal interference or steering behaviour that a static photograph does not show. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.

Twin Wheel Jockey Assemblies application context

Material, interface and clearance checks — Twin Wheel Jockey Assemblies

Do not select a polymer only by colour. Confirm the required material family and, where chemical exposure or unusual temperatures matter, state the environment so the exact grade can be reviewed. For wheel-only replacements, the axle and hub interface is as important as diameter; for complete assemblies, plate, tube or clamp dimensions control whether the product can be mounted safely. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.

Where a custom configuration is required, send the existing drawing or a dimensioned sketch. A dimensioned enquiry is faster to evaluate than a request for a visually similar product. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.

ホイール材料選定フレームワーク

RFQ checklist for Twin Wheel Jockey Assemblies

  • 最大装備重量および積載量
  • 支持輪または支持アセンブリの数
  • ホイールの直径と幅
  • ボア、ベアリング、ハブの長さ、またはアクスルの詳細
  • 該当する場合、チューブ、プレート、クランプ、またはボルト穴の寸法
  • 床面または地面、障害物、清掃環境
  • ブレーキまたは方向制御の要件
  • 数量と図面/写真

より広範な方法については、 ホイール選択ガイド そして 測定ガイドトレーラーに特化した作業の場合、 トレーラー申請ページ 地上および格納時のクリアランスチェックを追加します。

Questions about selecting Twin Wheel Jockey Assemblies

ホイール径だけで選択することはできますか?

いいえ。荷重、幅、材質、ベアリング/車軸またはブラケットの接合部、および使用条件については、引き続き検討が必要です。

もし私がその教材を知らない場合はどうすればいいですか?

床の写真と、床の状態、荷重、使用環境について説明を添えてお送りください。色から材質を推測しないでください。

異なるモデルを1つの注文に組み合わせることはできますか?

複数のモデルを組み合わせた場合は、商業的な観点から検討できます。各構成ごとに、数量と寸法を記載した別々の行を作成してください。

単品での小売注文は受け付けていますか?

このサイトは、1~2個の小売購入ではなく、B2Bのプロジェクトおよび生産に関するお問い合わせを対象としています。新規プロジェクトについては、有料の評価サンプルをご検討いただけます。

Discuss your twin wheel jockey assemblies requirement

既にお分かりの仕様、数量、寸法をお送りください。適合性に関わる詳細情報が不足している場合は、お見積もり前に確認させていただきます。

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