Arduino NANO (IO) Klemens Shield V1.0

SKU: FA1070-2
Compatibility

Arduino Nano and compatible boards

Terminal Type

Screw terminal blocks

Digital I/O Pins

14 pins broken out (including 6 PWM)

Analog Input Pins

8 pins broken out

Power Pins

5V, 3.3V, VIN, and GND terminals

Wire Gauge

Accepts standard hook-up wire gauges

Board Format

Nano-compatible form factor

Assembly

Fully assembled, ready to use

The Arduino NANO (IO) Klemens Shield V1.0 is a screw terminal expansion board designed to make wiring connections to the Arduino Nano secure, stable, and tool-free. Instead of relying on jumper wires that can loosen over time, this shield routes every available Nano pin to a labeled screw terminal block, allowing you to connect stripped wires directly with a simple turn of a screwdriver.

This shield is particularly valuable for projects that need to be reliable over the long term — permanent installations, industrial prototypes, field deployments, and any application where vibration or movement could dislodge a loose jumper wire. The screw terminals accept a range of wire gauges, making it easy to connect sensors, actuators, power supplies, and other peripherals with solid, dependable connections.

The board exposes all of the Nano’s digital, analog, and power pins in a clearly organized layout. Each terminal is labeled with its corresponding pin name, so you can identify connections at a glance without consulting a pinout diagram. This makes the shield a practical choice for both experienced developers who want faster assembly and beginners who are still learning the Nano’s pin layout.

The compact form factor preserves the Nano’s small footprint while adding the convenience of screw terminals, and the board can be mounted in an enclosure or on a panel for finished projects. The shield is fully assembled and ready to use — simply plug your Nano into the headers and start wiring.

Whether you are building a control panel, a data logger, a motor driver interface, or a custom piece of equipment, the Klemens Shield provides a clean, professional way to make secure connections to your Arduino Nano.


Features

  • Screw terminal connections — Every Nano pin is routed to a labeled screw terminal block for secure, tool-tightened wiring.

  • Full pin breakout — All digital, analog, and power pins are exposed and clearly labeled.

  • Vibration-resistant connections — Screw terminals hold wires firmly, ideal for installations subject to movement or vibration.

  • Tool-free sensor swapping — Loosen a screw, swap a wire, and tighten again — no soldering or jumper wires required.

  • Clear pin labeling — Silkscreen labels match the Nano’s pin names for quick identification.

  • Compact Nano footprint — Preserves the small size of the Nano while adding practical connectivity.

  • Fully assembled — Ready to use out of the box; no soldering required.

  • Panel and enclosure friendly — Suitable for mounting in control panels, enclosures, and finished equipment.


Technical Specifications 

# Parameter Specification
1 Compatibility Arduino Nano and compatible boards
2 Terminal Type Screw terminal blocks
3 Digital I/O Pins 14 pins broken out (including 6 PWM)
4 Analog Input Pins 8 pins broken out
5 Power Pins 5V, 3.3V, VIN, and GND terminals
6 Wire Gauge Accepts standard hook-up wire gauges
7 Board Format Nano-compatible form factor
8 Assembly Fully assembled, ready to use

Usage

Getting Started

  1. Mount the Nano — Align the Nano’s pins with the shield’s female headers and press firmly to seat. Note the orientation: the Nano’s USB port should face outward for easy access.

  2. Connect power — Use USB power from the Nano, or connect an external supply to the VIN and GND terminals.

  3. Prepare your wires — Strip a short length of insulation from the end of each wire.

  4. Insert and tighten — Insert the stripped wire into the appropriate terminal and tighten the screw with a small screwdriver.

  5. Upload your sketch — Program the Nano as usual through the Arduino IDE.

Typical Applications

  • Permanent installations — Secure connections for projects that must run reliably over long periods

  • Industrial prototypes — Vibration-resistant wiring for equipment and machinery interfaces

  • Control panels — Clean, labeled connections for buttons, switches, and indicators

  • Data loggers — Reliable sensor wiring for long-term monitoring

  • Motor and actuator control — Solid connections for drivers, relays, and motors

  • Field deployments — Stable wiring for outdoor or mobile installations

  • Classroom and training — Reduces loose-wire frustration and improves reliability

  • OEM and product development — Professional wiring for custom equipment

Notes for Business Buyers

  • Screw terminals reduce assembly time and improve reliability compared to jumper wires.

  • Labeled terminals simplify troubleshooting and maintenance in deployed systems.

  • Compact form factor supports integration into enclosures and control panels.

  • Suitable for bulk purchasing for industrial, educational, and product development use.

Q: Is this shield compatible with Arduino Nano 3.0?

Yes. It is designed for Arduino Nano and compatible boards, including Nano 3.0 and similar variants.

Q: Do I need to solder anything to use this shield?

No. The shield comes fully assembled with screw terminals and headers pre-installed, ready for immediate use.

Q: What wire gauge do the screw terminals accept?

The terminals accept standard hook-up wire gauges commonly used in electronics prototyping, typically in the 22–18 AWG range.

Q: Can I use this shield with Arduino UNO?

No. This shield is specifically designed for the Arduino Nano form factor. For UNO, a different expansion board would be required.

Q: Does the shield provide power to the Nano or just break out the pins?

The shield breaks out the Nano’s power pins, including 5V, 3.3V, VIN, and GND. Power can be supplied through the Nano’s USB port or via the VIN terminal.

Q: Can I connect servos or motors through the screw terminals?

Yes. The screw terminals provide secure connections for servos, motor drivers, relays, and other actuators. For high-current devices, ensure your power supply is adequate.

Q: How do I identify which terminal corresponds to which pin?

Each terminal is labeled with its corresponding pin name on the silkscreen, matching the Nano’s standard pinout.

Q: Is this shield suitable for beginners?

Yes. The labeled terminals and tool-free wiring make it easy for beginners to make secure connections without soldering.

Q: Can I mount this shield in an enclosure?

Yes. The compact form factor and secure screw terminals make it well suited for mounting in enclosures, control panels, and finished equipment.

Q: Can I purchase in bulk for a school or company?

Yes. This shield is suitable for both individual users and business purchasing, including classroom sets, lab equipment, industrial prototypes, and corporate training programs.