  
These popular acceptors are low cost and provide direct sliding contact between the acceptor and the chip card. These acceptors have NC closed card present switches which open when the card is fully inserted. Options include: screw/rivet mounting, snap in board locks, SMT, dual head, wiping switches, EMV compatible switches, extended card guides, low force contacts, flex film I/O, double decked versions and 3mm high standoffs.
Specifications
| Mechanical Characteristics |
| Card Insertion Force |
< 5 N |
| Card Insertion Force
(C702 10M008 2384) |
< 3 N |
| Card Withdrawal Force |
> 1 N |
| Card Insertion Force
(C702 10M008 2384) |
> 1.7 N |
| Insertion Cycles |
>105 (No Corrosion) |
| Data Contacts |
Number |
8 to 32 |
| Position |
Acc. to ISO 7816 and/or CP 8 |
| Contact Force |
20 to 50 cN |
| Switch (NC) |
Switching Sequence |
Data Contacts Connect Before Switch
Opens - Switch Opens When Card Is In Reading Position |
| Contact Material |
Tin Bronze |
| Contact Plating |
Selective Gold Over Nickel |
| Termination |
Solder Pin for PCB's of 1.6 - 2.4
mm Thickness (1.4 - 1.68 mm for Snap-in-Latch Models or SMT) |
| Mounting Position |
Self-Tapping Screw or Rivet,
Snap-In Latches |
| Insulation Material |
Thermoplastic (Withstands Use of
General Cleaning Material) |
| Environmental Conditions |
| Test Class (According
to IEC 68-1) |
40/100/21 |
| Soldering Method |
Wave Soldering |
260°C 10s (Max.) |
| IR Reflow (SMT) |
230°C, 30s (Max.) |
| Electrical Characteristics |
Contact Resistance
(According to IEC 512-2 Test 2a) |
Reading Contacts |
< 30mW (Without Print) |
| Card Present Switch |
< 40mW (Without Print) |
Insulation Resistance
(According to IEC 512-2 Test 3a) |
> 1010W |
| Insulation Class |
Rated Voltage |
12 V RMS |
| Rated Impulse Voltage |
800 V RMS |
| Rated Insulation Voltage |
500 V RMS |
| Pollution Degree (IEC 664) |
2 |
| Clearance Distance |
Between Data Contacts: 1,4mm;
Between Switch: 0,1mm |
| Creepage Distance (According to
IEC 664) |
1,4mm |
| Contact Capacity (IE
IEC 512-9 Test 22a) |
< 2 pF |
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Line Diagram in PDF format
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