NEW
2mm pitch, high reliability with lock, board to cable and cable to cable connector
GT8E Series
Mechanical lock mechanism
Mechanical lock
sOverview
The GT8E series comes with a 2mm pitch lock, for discreet cable, board-to-
cable and cable-to-cable connectors. It is highly reliable in terms of
vibration, heat and environmental resistance, and is used in applications
such as industrial equipment, which are exposed to harsh vibration, in-
vehicle equipment requiring high heat resistance, and so on.
Half mating prevention mechanism
Enlarged lock form to improve workability, and with an audibly
clicking lock, and inertia lock via a mechanical lock mechanism,
firm connection is ensured.
Excellent lock strength, vibration resistance
Lock strength is guaranteed up to a standard value of 98N, while
it also resists vibration and cable tension. The vibration
resistance also cleared the test for harsh vehicles.
sFeatures
1. High reliability
The GT8E series has high reliability in the following 5 aspects, namely
vibration resistance, thermal shock resistance and so on, and is usable in
industrial and in-vehicle equipment exposed to harsh environments. (It
meets the test conditions for various in-vehicle equipment)
qVibration
resistance: Contact resistance is stable during the vibration test
With the female terminal featuring an airtight dimple mechanism, the
contact point portion area is minimized, and contact pressure is enhanced.
wThermal
shock resistance: Usable under harsh temperature
environments
Test conditions: (-40ç: 30 minutes
➝
normal temperature: 5 minutes
➝
105ç: 30 minutes
➝
normal temperature: 5 minutes)
It has undergone 1000 cycles.
eHeat
resistance: Usable up to 105ç
PBT and PPS are used in molds, and usable up to 105ç.(including
temperature increase at power distribution)
rHalf
joint prevention
With an audibly clicking lock, and inertia lock via a mechanical lock
mechanism, firm connection is ensured. Also, the full lock mechanism
means it resists tension and vibration. (Figure 1)
tEnvironment
resistance
When mated status, it passed the sulfite gas resistance test
(concentration 500ppm, 8 hours).
Figure 1
Lead reflow
Connector
implementation
area
Land pattern
Through hole
2. Improved fixation power of the crimp terminal
The waterproof relay type is usable with retainer equipped, and high
retention against removal is ensured when the cable is pulled.
3. Decent variation
- Straight DIP type
- Right angle DIP type
- Right angle SMT type
- In-line type (Waterproof)
4. Space saving
The pin header includes both SMT and DIP types. Exclusive reinforcing clasps
are used instead of screws ensuring high peel strength and saving space.
Soldering can be applied to the land pattern and through hole at
the same time, reinforcing the clasp and the SMT terminal via a
one-time reflow process.
Compared to the conventional reinforcing clasp used in SMT
implementation, higher peel strength is ensured.
5. Reduction of implementation man-hours
In SMT type pin headers, the lead reflow type reinforcing clasps, which are
available for reflow soldering, are used. As well as ensuring high peel
strength, implementation can be performed via a one-time reflow, thus
reducing the man-hours required in comparison to screw type connectors.
(Figure 2)
Figure 2
2010.9
1
GT8E Seriesq2mm pitch, high reliability with lock, board to cable and cable to cable connector
sSpecifications
Ratings
Item
1.Insulation resistance
2.Withstanding voltage
3.Contact resistance
4.Durability
5.Vibration
6.Shock
7.Lock strength
Current rating
Voltage rating 30 Vrms AC
Specification
100Mø min.
No flashover or insulation breakdown
30mø max
Contact resistance 60 mø max.
No electrical discontinuity of 10µs or longer
No electrical discontinuity of 10µs or longer
3A
250V AC
Operating temperature range
Storage temperature range
-40 to +105°C (Note 1)
-40 to +105°C (Note 1)
Conditions
500 V DC
650 Vrms AC / 1 minute
1A DC
30 cycles
2
Frequency: 20 to 200 Hz, single amplitude of 43.1m/s ,
at 3hours for 3 directions
Frequency: 20 to 50 Hz, 66.6m/s
2
,
at 1hours
During applying,mating completely
Applying a pull force the mating axially at 98N max.
After applying,no deffect of mating parts.
Contact resistance60 mø max.
96 hours at of 60°, and humidity of 90 to 95%
8.Humidity
Insulation resistance: 100 Mø min.
-40ç➝5 to 35ç➝+85ç➝5 to 35ç
Contact resistance50 mø max.
9.Temperature cycle
Insulation resistance: 500 Mø min.
Time:30min.
➝
5min.
➝
30min.
➝
5min. 1000 cycles
10.Resistance tosoldering heat No deformation of affecting performance
Note 1: Includes temperature rise caused by current flow.
Note 2: Information contained in this catalog represents general requirements for this Series.
Contact us for the drawings and specifications for a specific part number shown.
sMaterials
Product
Header
Socket
Crimping Contact for Socket
In-line plug
Crimping contact for in-line plug
Retainer
Bushing
Part
Insulator
Contact
Metal fittings
Insulator
Contact
Insulator
Contact
Insulator
Insulator
Material
PBT or PPS
Brass
Brass
PBT
Phosphor bronze
PBT
Brass or Copper alloy
PBT
Silicon rubber
Finish
Color:Black
Tin plated or Tin-copper plated
Tin plated or Tin-copper plated
Color:Black
Tin plated
Color:Black
Tin plated
Color:Dark gray
Color:White
Remarks
UL94V-0
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UL94V-0
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sConnector
Mating Combinations
qStraight
DIP
wRight
angle DIP
Socket
Pin header
Pin header
Socket
eRight
angle SMT
Pin header
rIn
line
Plug
Socket
Socket
2
Embedded System
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