PRODUCTS
1862 Insulated High-Leverage Long Nose Plier | 1000V VDE
1862 Insulated High-Leverage Long Nose Plier: 1000V VDE Safety
- 1862 絕緣高倍力尖嘴鉗 (1000V VDE 安全認證)
- 1862 绝缘高倍力尖嘴钳 (1000V VDE 安全认证)
- 1862 Alicate de Punta Larga Aislado de Alta Palanca (Seguridad VDE 1000V)
- 1862 Isolierte hochübersetzte Flachrundzange mit geraden Backen (1000V VDE)
- 1862 Pince à Bec Demi-Rond Droit Isolée à Forte Démultiplication (VDE 1000V)
- 1862 زرادية طويلة الأنف معزولة عالية الرافعة (أمان VDE 1000V)
- ۱۸۶۲ دمباریک عایق فشار قوی (امنیت 1000V VDE)
- 1862 Geïsoleerde Hoogwaardige Rechte Telefoontang (1000V VDE Veiligheid)
- 1862 Izolowane Szczypce Półokrągłe Proste o Zwiększonej Dźwigni (Bezpieczeństwo 1000V VDE)
- 1862 Szigetelt Erő-Rádiósfogó, Egyenes Pofával (1000V VDE Biztonság)
- 1862 Изолированные длинногубцы с прямыми губками повышенной мощности (Безопасность VDE 1000B)
- 1862 Alicate de Bico Meio-Redondo Reto Isolado de Alta Alavancagem (Segurança VDE 1000V)
- 1862 Pinza a Becchi Mezzitondi Driti Isolata ad Alta Leva (Sicurezza VDE 1000V)
- 1862 絕緣高レバー比ラジオペンチ (ストレート / VDE 1000V 安全認証)
- 1862 절연 고레버리지 롱노즈 플라이어 (일자형 / 1000V VDE 안전인증)
- 1862 คีมปากแหลมปลายตรงหุ้มฉนวนกันไฟฟ้าแรงบิดสูง (มาตรฐานความปลอดภัย VDE 1000V)
- 1862 Kìm mũi dài cách điện lực kéo cao (An toàn VDE 1000V)
1862 Insulated High leverage Long Nose Plier
| 1862 | L mm/inch | L3 mm | W3 mm | W4 mm | T1 mm | T2 mm |  g |  Cutting mm |  pcs |
|---|---|---|---|---|---|---|---|---|---|
| 06 | 160/ 6" | 53.5 | 17.2 | 3.5 | 8.6 | 2.5 | 160 | 1.6  | 6 |
| 08 | 200/ 8" | 75.0 | 20.6 | 5.0 | 9.2 | 4.0 | 230 | 1.6 | 6 |
Feature
Material Engineering & Structural Truth
High-Leverage Eccentric Pivot Physics
By moving the main pivot closer to the working jaws and side-cutting blades, the tool improves its leverage. The jaw force created at the tips, compared with the user’s hand squeeze force, follows this lever-based calculation:
Jaw Force Formula
Fjaw = Fhand × (Lhandle ÷ Lpivot)
The tool multiplies your hand squeeze through the handle-to-pivot leverage ratio.
In simple terms: stronger jaw force comes from two things: the force of your hand squeeze and the leverage created by a longer handle working against a shorter pivot distance.
Because the pivot distance is shorter than on many traditional long-nose designs, the tool works like a force multiplier. It delivers a stronger grip at the serrated tips and cleaner cutting power at the integrated wire cutter with less hand effort.
Drop-Forged Chromium Vanadium Main Frame
Long nose profiles are inherently vulnerable to jaw twist when subjected to heavy lateral turning loads. To combat this, the 1862 is forged from premium Chrome Vanadium (Cr-V) alloy steel. This provides structural elasticity alongside intense surface hardness, keeping the straight jaws tracking true without bending out of line.
IEC 60900 Multi-Layer Injection Insulation
The dual-component handles are injection-molded directly over the tool steel core. High-profile finger flanges are integrated into the grip design, serving as an absolute physical guard to prevent the technician’s hands from slipping forward onto the live steel head.
Technical FAQ: Insulated Long Nose Plier Optimization
Q: What is the primary difference in application between the 1862 Straight and 1863 Bent Nose insulated pliers?
A: Alignment entry paths versus sightline clearing. The Hans 1862 straight nose plier is built for direct, linear alignment applications—such as threading wires into circuit breaker blocks, reaching deep into terminal channels, or performing flush inline side-cutting. The 1863 features a 45° bent nose, which is preferred for working over obstructions or when you need to keep your hands and the handle entirely clear of your direct line of sight.
Q: Can the integrated side cutter on the 1862 handle hardened steel line wire?
A: The side-cutting blades are induction-hardened to cut cleanly through medium-hard wire, copper cables, and plastic cable ties. However, to preserve the edge geometry of a precision long-nose plier over decades of active service, avoid cutting high-tensile spring steel, hard screws, or concrete rebar wire. For those applications, deploy a dedicated Hans 1860-06 Kraft-Seitenschneider instead.
