GFEV(A800AF)(M8) / GFEV(A800AH)(M10) ANL Automotive Bolt‑Down Fuse Holder | 10‑500A DC 12‑125V
The GFEV(A800AF)(M8) / GFEV(A800AH)(M10) ANL Bolt‑Down Fuse Holder supplies heavy‑duty bolt‑mount circuit protection for GFEFUSE® ANL‑A series fork‑bolt fuses. First of all, it adopts black PBT base that meets UL‑94V‑0 flame‑retardant safety grade. Meanwhile, it supports 1500V DC dielectric withstand voltage for harsh DC environments. In addition, this fuse block provides two stud options: M8 (A800AF) and M10 (A800AH). It works within‑40℃ to +125℃ operating temperature range, so it suits automotive, energy‑storage and new‑energy DC system protection.
Related products: ตัวยึดฟิวส์ & ANL‑A Series Fork‑Bolt Automotive Fuse
Reference standard: IEC International Electrical Component Standard
Key Features
- Two Stud Versions Available: It delivers two stud specifications, namely M8 for GFEV(A800AF) and M10 for GFEV(A800AH). As a result, buyers can select proper stud size for different cable lug requirements.
- Flame‑Retardant Base Material: It uses black PBT housing with UL‑94V‑0 rating. Furthermore, this material resists high temperature for long‑term vehicle and industrial deployment.
- High Dielectric Withstand Performance: It reaches 1500V DC withstand voltage. Thus, it prevents electric breakdown inside high‑voltage DC equipment.
- Wide Electrical Coverage: It handles DC 10‑500A current and accepts 12‑125V DC working voltage for multi‑scenario high‑current DC protection.
- Reliable Hardware Assembly: It applies DIN934 standard nuts as contact fasteners for stable bolt‑down connection under vibration conditions.
- Broad Temperature Adaptability: It runs normally from‑40℃ up to +125℃, and actual performance depends on real‑world working conditions.
- Important Notice: Product dimensions are subject to change without prior notification.
GFEV(A800AF)(M8) / GFEV(A800AH)(M10) Technical Specifications
| Model Options | GFEV(A800AF)(M8), GFEV(A800AH)(M10) |
| Product Type | ANL automotive fork‑bolt bolt‑down fuse holder |
| Compatible Fuse | GFEFUSE® ANL‑A series large fork‑bolt automotive fuse |
| Base Housing Material | Black PBT, UL‑94V‑0 flame retardant |
| Fastening Hardware | DIN934 standard nuts |
| Dielectric Withstand Voltage | 1500V DC |
| Rated DC Current | 10A‑500A |
| Rated DC Voltage | 12V‑125V DC |
| Normal Operating Temperature | -40℃ ~ +125℃ (subject to practical operating conditions) |
| Remarks | Product dimensions subject to change without prior notice |
Typical Applications
You can install this ANL bolt‑down fuse holder across plenty of heavy‑duty DC protection scenarios. For example, it fits automotive battery assemblies and battery module systems. Besides vehicle‑related projects, it works for energy‑storage systems and mobile power stations. What’s more, it supports base stations, car charging piles, electric vehicles and forklift battery power supplies. It also serves DC multi‑channel control units that require high‑current fuse protection.
Why Buy From Us
We are a professional Chinese manufacturer for ANL‑series bolt‑on fuses and matching fuse holders, and we serve global B2B industrial and automotive customers. First, we supply physical samples so you can run pre‑production evaluation and layout verification. Second, we support OEM & ODM custom requests for special stud or housing adjustments. Before shipment, our quality team completes full electrical and mechanical inspection for every unit. Finally, we guarantee stable lead‑time for large‑volume bulk orders.
👉 ติดต่อเรา GFEV(A800AF)(AH)ANL automotive bolt-down fuse holder
คำถามที่พบบ่อย
1: What is the difference between GFEV(A800AF)(M8) and GFEV(A800AH)(M10)?
A: The main difference lies in stud thread size; one uses M8 stud while the other uses M10 stud, and they both accept GFEFUSE ANL‑A series fork‑bolt fuses.
2: What is the maximum withstand voltage for this fuse holder?
A: This ANL bolt‑down fuse holder offers 1500V DC dielectric withstand voltage for DC circuit safety protection.
3: What temperature range can this fuse holder endure?
A: Normal operating temperature covers‑40℃ to +125℃; actual performance still depends on real‑world application environments.
