Which part numbers are in the NANO SIM series?
7 part numbers: 7SIMC-F0-0013, 7SIMC-F0-0014, 7SIMC-F0-0023, 7SIMC-F0-0030, 7SIMC-F0-0043, 7SIMC-FA-0012, 7SIMC-FA-0021
How many contacts can NANO SIM be supplied with?
Contact counts span 7–7; the values offered are: 7
What is the mated height of NANO SIM?
5 of the 7 part numbers in this series state this parameter on the drawing: 1.35 mm (2 part numbers); 1.25 mm (1 part number); 1.40 mm (1 part number); 1.37 mm (1 part number)
What are the electrical ratings of NANO SIM?
Operating voltage: 6 of the 7 part numbers in this series state this parameter on the drawing: 30V (2 part numbers); 125V AC/DC (2 part numbers); 50V (1 part number); 30V AC RMS (1 part number)
Current rating: 4 of the 7 part numbers in this series state this parameter on the drawing: 0.5A (3 part numbers); 0.5A AC RMS Max (1 part number)
Withstand voltage: 3 of the 7 part numbers in this series state this parameter on the drawing: 100V AC (1 part number); 500V DC For 1 Minutes (1 part number); 100V AC (60Sec Min) (1 part number)
Contact resistance: 5 of the 7 part numbers in this series state this parameter on the drawing: 100mΩ MAX (3 part numbers); 80mΩ MAX (1 part number); 30mΩ Max (1 part number)
Insulation resistance: 4 of the 7 part numbers in this series state this parameter on the drawing: 1000MΩmin. /500VDC (1 part number); 1000MΩ Min (1 part number); 100MΩ Min (1 part number); 1000M min./500VDC (1 part number)
What is the operating temperature range of NANO SIM?
5 of the 7 part numbers in this series state this parameter on the drawing: -20° C~+60° C (2 part numbers); -40℃~+85℃ (1 part number); -40°C~+105°C (1 part number); -20°C to +80°C (1 part number)
What materials and plating does NANO SIM use?
Housing: 5 of the 7 part numbers in this series state this parameter on the drawing: High Temperature Thermoplastic UL94V-0 (2 part numbers); LCP UL94V-0 (1 part number); High Temperature Thermoplastic (1 part number); LCP 30%GF, UL94V-0, Black (1 part number)
Contacts: 6 of the 7 part numbers in this series state this parameter on the drawing: Copper Alloy (4 part numbers); C5210 (1 part number); Phosphor Bronze, T=0.15mm (1 part number)
Shell: 6 of the 7 part numbers in this series state this parameter on the drawing: Stainless Steel (3 part numbers); SUS (2 part numbers); SUS304-H, T=0.15mm (1 part number)
UL rating: 6 of the 7 part numbers in this series state this parameter on the drawing: UL94V-0 (6 part numbers)
What is the durability (mating cycles) of NANO SIM?
4 of the 7 part numbers in this series state this parameter on the drawing: 3000 (3 part numbers); 5000 (1 part number)
What mounting and body types does NANO SIM offer?
2 of the 7 part numbers state a type in their description: FLIP (1 part number); SMT (1 part number)
How do I request a drawing or samples for NANO SIM?
Email service@kingconn.com.tw with the part number. Clicking any part card on a product page also pre-fills the enquiry subject with that part number. Our sales team will reply with the drawing, samples and pricing.
Can NANO SIM be customised?
Yes. The Taoyuan R&D team covers the full path from design and tooling to volume production, including medical-device ODM experience. Send us the application and the requirement, and sales and engineering will assess it together.
Does a Nano SIM socket need a card-detect pin (CD PIN)?
If firmware must know whether a card is present — register on the network on insertion, drop or warn on removal — choose a 7-pin model marked CD PIN; designs that never remove the card after boot, or let the modem detect it, can use 6 pins. The KINGCONN NANO SIM series has both, stated in the part description.
Push-push or hinge type for a Nano SIM socket?
An exposed slot where users swap cards takes push-push (PUSH PUSH), ejecting on a second press; an internal slot where the card stays after assembly takes the hinge or no-spring (NO PUSH) type, with fewer parts and lower height. All three types are in this series, with heights from 1.24H to 1.4H on the part description and drawing.
Is there a drawing for each Nano SIM card connector?
Yes. Click any part card on this page to open the part page and download its engineering drawing (PDF); the dimensions, materials and plating in our spec tables are transcribed from those drawings.
7SIMC-F0-0013NANO SIM CARD PUSH 7PIN 1.24H No Positioning Post
7SIMC-F0-0014NANO SIM 6PIN H:1.25mm
7SIMC-FA-0021SIM Card Push-Push Socket 1.35H with CD Pin
7SIMC-F0-0043Nano SIM Card Push Socket 7-Pin 1.37H with CD Pin
7SIMC-FA-0012Nano SIM CARD CONNECTOR 6PIN SMT TYPE (RoHs)
7SIMC-F0-0023Nano SIM Flip-Type Socket 1.4H
7SIMC-F0-0030Nano SIM Card Socket Non-Push H1.35