
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The MORRIS PRODUCTS ATC-3 is a fast-acting automotive blade fuse rated at 3 amps and 32 volts DC, designed for use in automotive electrical systems and low-voltage control circuits. The fuse element is constructed from tin-plated zinc for corrosion resistance and reliable conductivity, housed in a polycarbonate body. With an interrupting rating of 1 kiloampere, it handles fault current safely in light-duty vehicle and control circuit applications. The violet color coding follows industry-standard ATC fuse identification, allowing technicians to confirm amperage at a glance without checking markings. It is lead-free, halogen-free, and RoHS compliant. Licensed electricians, automotive technicians, and low-voltage control system installers are the typical end users for this part.
The ATC-3 is suited for standard ATC blade fuse holders found in automotive fuse panels, low-voltage control circuits, and similar applications requiring a 3-amp fast-acting protective device. The wide operating temperature range of -40 to 100 degrees C makes it appropriate for underhood automotive environments and outdoor control enclosures subject to temperature extremes. Test points on the housing on applicable packages can assist in live-circuit diagnostic work without removing the fuse from its holder. Country of origin is the USA.
Designed for standard ATC-style blade fuse holders used in automotive fuse panels and low-voltage control circuit applications requiring a 3-amp, 32 VDC fast-acting fuse.
Automotive technicians and licensed electricians typically install ATC blade fuses as part of circuit protection service. Always disconnect the power source or turn off the ignition before replacing a fuse to prevent arc flash or unintended circuit activation. Confirm the replacement fuse amperage matches the circuit rating before inserting; substituting a higher-amperage fuse can damage wiring and components. Low-voltage control circuit installations should comply with applicable NEC requirements for the circuit type.
Thanks for subscribing!
This email has been registered!