Delivering up to 13.0A, the Mini-Fit
®
Plus 4.20mm pitch
connector system increases power delivery for high-
current applications in virtually any industry without
increasing design footprints
The Mini-Fit
®
Plus system offers a high-current, power-dense, mid-range power
connection system. The Mini-Fit Plus system leverages the same housings,
PCB footprint and application tooling as Mini-Fit Jr.™ and Mini-Fit BMI systems.
With the launch of the Mini-Fit Plus high-conductive terminal, customers can
increase power carrying capabilities while leveraging the extensive Mini-Fit
Jr.™ product portfolio.
The Mini-Fit Plus system consists of crimp terminals, headers and PCB
receptacles; 13.0A per circuit can be achieved using 16 AWG wire. Mini-
Fit Plus terminals can be used with all existing Mini-Fit plug and receptacle
housings. In addition, all standard Mini-Fit right-angle headers (Series 5569,
42404, 43810, 46991) are inherently Mini-Fit Plus compatible, as they feature
a solid-pin construction which is designed to handle high current.
Mini-Fit
®
Plus
Connector System
4.20mm Pitch
45750
Female Crimp Terminal
46012
Male Crimp Terminal
46018
Female High-Cycle
Crimp Terminal
46014
Single-Row Vertical
Header
46015
Dual-Row Vertical
Header
46011
Dual-Row Vertical BMI
Header
46010
Dual-Row Vertical
Board Receptacle
Features and Benefits
Crimp terminals are produced from
a proprietary, high-current alloy
Terminals feature a patented,
elongated dimple design
Rated up to 13.0A per circuit
Provide long wipe lengths and
increased contact area for improved
long-term reliability
Leverages the extensive features
already offered by the Mini-Fit
product portfolio
Mini-Fit
®
Plus Female Terminal
Mini-Fit
®
Plus terminals are used
in existing Mini-Fit Jr.™ header
housings and Mini-Fit receptacles
and plugs
Crimp terminals are compatible
with existing Molex crimp tooling
Advanced crimp design
No new application tooling is
required
Meets the latest industry
requirement A620 as defined by
the Institute of Printed Circuits and
the Wiring Harness Manufacturers
Association
Ideal for applications requiring a
high number of mating cycles
Mini-Fit
®
Plus Receptacle
Select series offer up to 1500
mating cycles with gold terminals;
standard series support 100 mating
cycles with gold plated terminals;
75 mating cycles with tin plated
terminals
Select color options include white
and black
To differentiate between multiple
harness connections
Mini-Fit
®
Plus Header
Specifications
Reference Information
Packaging:
Terminal: Reel or bag
Header: Tray
UL File No.:E29179
CSA File No.:LR19980
Mates With: Other Mini-Fit Plus series
Use With: Mini-Fit Jr.™ Housings
Designed In: Millimeters
RoHS: Yes
Halogen Free: Yes – some series
Glow Wire Compliant: Yes – some series
Electrical
Voltage (max.): 600V
Current (max.): 13.0A
Contact Resistance (max.):
10 milliohm
Dielectric Withstanding Voltage:
2200V AC
Insulation Resistance (min.):
1000 Megohms
Mechanical
Contact Insertion Force (max.): 4.9N
Contact Retention to Housing (min.):
30.0N
Insertion Force to PCB (max.): 98.0N
Mating Force (max.): 4.5N per circuit
Unmating Force (max.): 4.0N
Durability (min.):
Tin — 75 cycles;
Gold — 100 cycles, 1500 cycles for
select options
Physical
Housing: Nylon
Contact:
High-Current Copper (Cu) Alloy
Plating:
Contact Area — 100μ” Tin (Sn) or
30μ” Gold (Au) Solder
Tail Area — 100μ” Tin (Sn)
Underplating — 50μ” Nickel (Ni)
PCB Thickness: Multiple options
Operating Temperature:
-40 to +105°C
Mini-Fit
®
Plus
Connector System
4.20mm Pitch
Product Features
Applications
Consumer – White Goods
– Washers and dryers
– Refrigerators and freezers
– Copiers and printers
– Vending and gaming
– Pinball and slot machines
– Video poker and pachinko
Telecommunications
– Hubs and routers
– Power supplies and distribution
– Servers and backplanes
Server and Storage Room
Patented, elongated contact design
Medical
– X-ray machines
Commercial Vehicle
– Electronic control modules
Industrial (General)
– Food and beverage dispensers
Laundry Equipment (washers and dryers)
Ordering Information - Wire-to-Board
Terminals
Order No.
45750-1111
45750-3111
45750-1211
45750-3211
Gender
Female
Wire Range (AWG)
18 to 20
16
18 to 20
16
Base Material
Copper
Mini-Fit
®
Plus
Connector System
4.20mm Pitch
Plating
Tin
Reel
Gold
Packaging
Receptacles
Order No.
39-01-4XX1
39-01-4XX0
39-01-2XX5
39-01-2XX0
Rows
Single
Dual
Circuits
3 to 5
Nylon
2 to 24
Resin
Flammability
UL 94V-0
UL 94V-2
UL 94V-0
UL 94V-2
Packaging
Bag
Headers
Order No.
46014-XX04
46014-XX06
46014-XX05
46015-XX03
46015-XX09
46015-XX07
39-30-3XX2
39-30-3XX3
39-30-3XX5
39-29-1XX7
39-30-0XX0
39-28-1XX8
†
Rows
Vertical, Single
‡
Vertical, Dual
‡
Right Angle, Single
‡
Right Angle, Dual
Plating
Tin
Gold
Tin
Gold
Tin
Gold
Tin
Gold
Tin
Gold
Tin
Gold
Circuits
3 to 5
Flammability
UL 94V-0
UL 94V-2
PCB Processing
Packaging
2 to 24
UL 94V-0
UL 94V-2
Wave Solder
Tray
3 to 5
UL 94V-0
UL 94V-2
2 to 24
UL 94V-0
UL 94V-2
†
‡
Replace XX with number of circuits required. For example, if an 8-circuit part is required, insert 08.
Right-angle single and dual-row headers are standard 5569 series; solid pins carry higher current
Ordering Information - Wire-to-Wire
Terminals
Order No.
45750-1111
45750-3111
45750-1211
45750-3211
46012-1141
46012-3141
46012-3241
46012-1240
Gender
Female
Wire Range (AWG)
18 to 20
16
18 to 20
16
16
18 to 20
16
18 to 20
Base Material
Plating
Tin
Gold
Copper
Tin
Gold
Reel
Packaging
Male
Receptacles
Order No.
39-01-4XX1
39-01-4XX0
39-01-2XX5
39-01-2XX0
Rows
Single
Dual
Circuits
3 to 5
Nylon
2 to 24
Resin
Flammability
UL 94V-0
UL 94V-2
UL 94V-0
UL 94V-2
Packaging
Bag
Plugs
Order No.
39-01-4XX7
39-01-4XX6
39-01-2XX9
39-01-2XX3
39-01-4XX3
39-01-4XX2
39-01-2XX6
39-01-2XX1
†
Rows
Free-Hanging,
Single
Free-Hanging,
Dual
Panel-Mount,
Single
Panel-Mount,
Dual
Circuits
3 to 5
2 to 24
Resin
Nylon
3 to 5
2 to 24
Flammability
UL 94V-0
UL 94V-2
UL 94V-0
UL 94V-2
UL 94V-0
UL 94V-2
UL 94V-0
UL 94V-2
Packaging
Bag
†
Replace XX with number of circuits required. For example, if an 8-circuit part is required, insert 08.
www.molex.com/link/minifit.html
Order No. 987650-9312
Printed in USA/KC/2013.07
©2013 Molex