Schneider Resi9 MCB 16 Amp 1P Curve C 4.5kA R9F32116 is an option among MCB circuit breakers at Beshaiti Stores, designed to protect circuits from overloads and short circuits. In this version, the rated current is 16 Amps and the number of poles is 1P. These specifications distinguish the model from other alternatives within the same series; match them with your circuit requirements and do not choose a higher-rated breaker simply to increase the operating margin.
Practical Benefits
- Combines overload and short-circuit protection functions in a single modular device.
- Distributing protection across independent circuits helps organize the distribution board and identify the affected circuit when a fault occurs.
- Selecting the correct current, number of poles, and tripping curve provides the basis for aligning the breaker with the circuit requirements.
Technical Specifications for this Model
| Brand |
Schneider Electric |
| Series |
Resi9 |
| Model Reference |
R9F32116 |
| Rated Current |
16 A |
| Number of Poles |
1P |
| Tripping Curve |
C |
| Breaking Capacity per Source Title |
4.5kA |
| Stated Operating Voltage |
230VAC |
| Dimensions: W x H x D |
18 x 81 x 72 mm |
| Stated Mounting |
DIN Rail |
Who Needs This Product?
Electricians, wiring contractors, and homeowners or shop owners who are setting up a new distribution board or replacing a breaker matching an existing circuit. The selection depends on the circuit design, cable cross-section, and installation method, not solely on the device type or the appearance of the breaker.
Installation and Verification — For Professional Technicians
The following steps outline the general work sequence. Use the manufacturer's diagram for reference R9F32116 to determine terminals and torque values. Do not work on a live circuit.
- The technician disconnects all power sources and secures them against accidental reconnection, then verifies the absence of voltage using an appropriate tool.
- The technician matches the device reference, number of poles, current, and voltage with the board diagram, and reviews the conductor cross-section and protection coordination.
- The unit is mounted on the rail or its designated position after verifying compatibility, and the supply and load terminals are identified according to the manufacturer's diagram for this reference.
- Connections are made using the tightening torque, stripping length, and wire cross-sections specified in the model manual; do not extrapolate these values from a similar device.
- The technician checks the integrity of the installation and connections, closes the covers, and performs the required functional and protection tests before handing over the circuit.
Frequently Asked Questions Before Purchase
Does this breaker protect against earth leakage?
An MCB is designed for overload and short-circuit protection and does not replace earth leakage protection. Review the need for an RCCB or RCBO within the board design.
Should I replace a breaker that keeps tripping with one of a higher amperage?
No. First, identify the cause of the tripping and inspect the load, cable, and connections. Increasing the amperage without assessment may leave the wires without proper protection.
What is the difference between Amperage and Breaking Capacity?
Amperage is the rated current of the breaker, while breaking capacity describes the level of short-circuit current it can safely interrupt under specified voltage and standard conditions. Do not substitute one for the other.
Schneider at Beshaiti Stores — Electrical Department
Select MCBs from the Beshaiti electrical department according to the specifications required for your project in Jordan. The series name and reference R9F32116 help you identify the part accurately when inquiring or requesting a replacement. At Beshaiti Stores, we provide essential selection data so you can compare similar products and prepare your order for a technician or wiring contractor based on function and compatibility, rather than just price or appearance.
