Silicone Rubber Housed BDFS MIDI Fuse Block DMS 200A With PPS Base And Stainless Steel Stud
Description
The Flat Type Fuses Holder Distribution Block is designed for primary fusing in main branches and accommodates up to six industry-standard MIDI fuses. Available as individual components or pre-assembled, the LMI features a shared input bus bar for configurations with two or more fuses, offering efficient power distribution for various applications such as marine, construction, agriculture, heavy trucking, buses, and specialty vehicles.
Features
Product name: | Flat Type Fuses Holder Distribution Block | Stud: | M5, M8 |
Rated voltage: | 32V DC | Rated current: | MIDI 30-200A |
Material: | PA66 | Metal: | Stainless Steel |
Application: | Automotive, Boat, Etc | Temperature: | -40℃ To 85℃ |
1. Assembly: The maximum assembly comprises seven modules-six fuse modules and one input module. It is not recommended to connect more than six bussed fuse modules together (with one input module). For optimal bus bar efficiencies, the input module should be centrally located in the assembly.
2. Feature: Specifically designed for the main branch main fuse configuration, accommodating up to six MIDI fuses with a single input stud. The system is modular and can be assembled according to specific needs.
4. Material: Constructed with a silicone rubber cover capable of withstanding temperatures up to 200 degrees Celsius. The cover is dust-proof, ensuring the protection and cleanliness of the wiring.
5. Easy Installation: Standard sizing facilitates a seamless replacement of damaged parts. The installation process is safe and won't cause any harm to your vehicle, ensuring a secure and damage-free setup.
6. Application: The BDFS fuse (medium fuse) multipole fuse block is ideal for DC circuit protection in automotive, RVs, yachts, photovoltaics, and similar applications.
Power Distribution Module
DMS-_____
C: Single Stud, M8, input module
1: Double Studs, M5 x2,1 unit (w/o BusBar)
2: DS, BB 2 pos, (1+C) unit, parallel
3: DS, BB 3 pos, (2+C) unit, parallel
4: DS, BB 4 pos, (3+C) unit, parallel
5: DS, BB 5 pos, (4+C) unit, parallel
6: DS, BB 6 pos, (5+C) unit, parallel
7: DS, BB 7 pos, (6+C) unit, parallel
BDFS FUSE (midi fuse) multi-pole Fuse Block Application:
For main branch primary fusing Configured to fit up to 6 MIDI fuses all bussed to a single input stud.
Rating : midi fuse block 200A
Maximum total combined rating is 400A continuous.
Temperature : -40C(-40F) to 85C(185F)
Torques: Mounting: 22 in-lbs (2.5 Nm)
fuse module: M5, 44 in-lbs (5 Nm)
input module: M8, 88 in-lbs (10 Nm)
Material: cap by Silicone rubber, 200C max.
base by PPS, 94V0 grade, 230C max.
Stud(input unit):
M8 stainless Steel w/ hex flange nut Studs(midi fuse block):
M5 Stainless Steel, flange nuts
DMS | ||
---|---|---|
Part Number | DMS-1 | |
Description | up to 200A | |
Rated Current | up to 200A | |
Dimension | Length: 53.9 Width: 24.3 Height: 25.9 Unit: mm | |
Body | cap by Silicone rubber, 200℃ max. base by PPS, 94V0 grade, 230C max. Stud(input unit): M8 stainless Steel w/ hex flange nut. Studs(midi fuse block): M5 Stainless Steel, flange nuts. | |
Body Color | black | |
Cover Color | red |
Related Products: BDFS (midi fuse, 23-200A)
Drawing
Application
1. The LMI fuse holder is well-suited for automotive applications, safeguarding vehicles' electrical systems from potential damage caused by excessive current.
2. In marine environments, where electrical components are exposed to harsh conditions such as saltwater and humidity, the LMI fuse holder series is an ideal choice.
3. The MIDI fuse holder is employed to provide effective circuit protection, ensuring the safe and reliable functioning of electrical components in construction equipment.
4. The flat type fuse block allows for DIY modular configurations. This feature is particularly useful for individuals or professionals who want to create custom setups tailored to their specific requirements.
5. Given the growing use of solar power in various applications, including RVs and yachts, the distribution fuse holder can be employed in photovoltaic systems.
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