Economy Fiber Unit + Fiber Amplifier Set
Brand :
MISUMI
Caution
Product Description
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Product overview
The optical fiber is composed of a core in the center and an outer metal part with a lower refractive index.
If light enters the core, it will repeatedly undergo total reflection at the boundary with the outer metal part as it travels forward. Light emitted from the end face travels through the inside of the optical fiber.
The beam spreads at an angle of approximately 60° and illuminates the detection object.
If light enters the core, it will repeatedly undergo total reflection at the boundary with the outer metal part as it travels forward. Light emitted from the end face travels through the inside of the optical fiber.
The beam spreads at an angle of approximately 60° and illuminates the detection object.
| Through-beam type | Through-beam type | Reflection type | Reflection type |
 |  |  |  |
■ Input/output circuit diagram
· NPN input/output circuit diagram
Tr: NPN output transistor
ZD: Zener diode for surge voltage absorption
D: Diode for power supply/output reverse connection protection
Tr: NPN output transistor
ZD: Zener diode for surge voltage absorption
D: Diode for power supply/output reverse connection protection
· PNP input/output circuit diagram
Tr: PNP output transistor
ZD: Zener diode for surge voltage absorption
D: Diode for power supply/output reverse connection protection
Tr: PNP output transistor
ZD: Zener diode for surge voltage absorption
D: Diode for power supply/output reverse connection protection
■ Function introduction
Dimensional drawing
■ Amplifier
Available for single sales >> here, instruction manual >> please download from here.
| Model | Sensitivity setting | Output type | Light emitting source | Switch mode |
| E-MSMFA11-2M | Manual/automatic | NPN type | 4-element red light emitting diode | NO/NC configurable |
| E-MSMFA41-2M | PNP type |
■ Fiber optic sensor, screw/cylindrical mounting type ⇒ For details, see here
 Used for detection of thin type transparent workpieces | The indicated detection distance value applies when using the fiber optic amplifier E-MSMFA11/41. | ||||||||
| Model | Specification | Shape (mm) | Detection distance (mm) | Mounting screw | Optical fiber outer diameter (mm) | Optical axis diameter (mm) | Bending radius (mm) | Optical fiber cable specification | |
| E-MSMT11R | Through-beam type |  |  | M4×P0.7 | ⌀2.2 | ⌀1 | R25 | Parallel through-beam type | |
| E-MSMT11N |  |  | M4×P0.7 (90°) | 16×⌀0.25 | Multi-core through-beam type | ||||
| E-MSMFU71 |  |  | M6×P0.75 | ⌀1 | Parallel through-beam type | ||||
| E-MSMFU58U |  |  | ⌀1 | ⌀1 | ⌀0.5 | R10 | Parallel through-beam type | ||
| E-MSMFU5F |  |  | ⌀3 | ⌀2.2 | ⌀1 | R25 | Parallel through-beam type | ||
| E-MSMC31M (Focusing lens can be installed) | Reflection type |  |  | M3×P0.5 | ⌀1 | 2×⌀0.5 | R15 | Parallel reflection type | |
| E-MSMC31N (Focusing lens can be installed) |  | | M3×P0.5 (90°) | ⌀1.3 | ⌀0.5 9×⌀0.25 | Coaxial reflection type | |||
| E-MSMFU6F |  |  | M6×P0.75 | ⌀2.2 | 2×⌀1 | R25 | Parallel reflection type | ||
| E-MSMFU67TZ |  |  | M6×P0.75 (90°) | ⌀1 16×⌀0.25 | Coaxial reflection type | ||||
| E-MSMFU49U |  | | ⌀2 | ⌀1 | 2×⌀0.5 | R10 | Parallel reflection type | ||
| E-MSMFU48 |  |  | ⌀3 | ⌀1.3, ⌀1.0 | ⌀0.5 9×⌀0.25 | R15 | Coaxial reflection type | ||
■ Fiber optic sensor, wide area type ⇒ For details, see here
 Used for workpiece transfer | The indicated detection distance value applies when using the fiber optic amplifier E-MSMFA11/41. | ||||||
| Model | Specification | Detection width (mm) | Shape (mm) | Detection distance (mm) | Bending radius (mm) | Connection cable length | |
| E-MSMA30 | Through-beam type | 30 |  |  | R25 | 1.5 m | |
| E-MSMA50 | 50 |  |  | ||||
| E-MSMA100 | 100 |  |  | ||||
| E-MSMFUA05 | 6 |  |  | 2 m | |||
| E-MSMFUA10 | 10.5 |  |  | 1.5 m | |||
| E-MSMFU12 | 11 |  |  | ||||
| E-MSMFS11 | 7 |  |  | ||||
| E-MSME11 | 11 |  |  | R15 | 2 m | ||
| E-MSME40 | 40 |  |  | ||||
| E-MSMFUA05D | Reflection type | 10.5 |  |  | R25 | 1.5 m | |
| E-MSMFU17 | 50 |  |  | ||||
| E-MSMFU11 | 12.5 |  |  | ||||
| ■ Through-beam type | ||
| Detection width: 30 mm E-MSMA30 | Detection width: 50 mm E-MSMA50 | |
 Note: The shapes of the light-emitting side and the light-receiving side are identical. Note: To protect the spiral tube, cutting this product is strictly prohibited. |  Note: The shapes of the light-emitting side and the light-receiving side are identical. Note: To protect the spiral tube, cutting this product is strictly prohibited. | |
| Detection width: 100 mm E-MSMA100 | Detection width: 11 mm E-MSME11 | |
 Note: The shapes of the light-emitting side and the light-receiving side are identical. Note: To protect the spiral tube, cutting this product is strictly prohibited. |  Note: The shapes of the light-emitting side and the light-receiving side are identical. | |
| Detection width: 40 mm E-MSME40 | E-MSMFUA05 | |
 Note: The shapes of the light-emitting side and the light-receiving side are identical. |  Note: The shapes of the light-emitting side and the light-receiving side are identical. | |
E-MSMFU12 | E-MSMFUA10 | |
 Note: The shapes of the light-emitting side and the light-receiving side are identical. |  Note: The shapes of the light-emitting side and the light-receiving side are identical. | |
E-MSMFS11 | ||
 Note: The shapes of the light-emitting side and the light-receiving side are identical. | ||
■ Reflection type | ||
| E-MSMFU11 | E-MSMFU17 | |
 |  | |
| E-MSMFUA05D | ||
 | ||
 Material | Operating temperature | |
| Wire material | Body material | |
| Polymethyl methacrylate + fluoropolymer | ABS + PMMA9 | -40 to 70℃ |
■ Fiber optic sensor ultra-thin miniature flat panel bracket ⇒ For details, see here
 Detection in tight spaces | The indicated detection distance is the value for the application of the E-MSM11/41 series amplifier. | ||||||
| Model | Specification | Detection direction | Shape (mm) | Detection distance (mm) | Bending radius (mm) | Optical axis diameter (mm) | |
| E-MSMD15XR | Reflection type | Top view |  |  | R15 | 2-⌀0.5 | |
| E-MSM41TZ | Front view |  |  | 2-⌀0.5 | |||
| E-MSMD15ZR |  |  | R25 | 2-⌀1.0 | |||
| E-MSMD15YR | Side view |  |  | 2-⌀0.5 | |||
| E-MSMT15ZR | Through-beam type | Front view |  |  | ⌀1.0 | ||
| E-MSMT15YR | Side view |  |  | ||||
| E-MSMT15XR | Top view |  |  | ||||
| ■Reflection type E-MSM41TZ | E-MSMD15XR |
 |  |
E-MSMD15YR | E-MSMD15ZR |
 |  |
| ■Through-beam type E-MSMT15ZR | E-MSMT15YR |
 Note: The light-emitting side and the light-receiving side have a symmetrical shape. |  Note: The light-emitting side and the light-receiving side have a symmetrical shape. |
E-MSMT15XR | |
 Note: The light-emitting side and the light-receiving side have a symmetrical shape. |
| Material | Connection cable length | Operating temperature | |
| Body | Cable | ||
| SUS303 | Polyethylene | 2 m | -40 to 70℃ |
■ Focusing lens ⇒ For details, see here
| Model | Specification | Shape (mm) | Applicable optical fiber model | Operating temperature | Tip outer diameter | Light spot diameter | Focal length | Suitable optical fiber head diameter |
| E-MSMF3A | Reflection type |  | E-MSMC31M E-MSMC31N   | -40 to 70℃ | ⌀4 | Approx. ⌀0.4 | 7 mm +/-2 | M3×P0.5 |
| E-MSMF3B |  | -40 to 70℃ | ⌀7.4 | Approx. ⌀0.5 | 15 mm +/-2 |
| ■Tip outer diameter: ⌀4.3 E-MSMF3A | ■Tip outer diameter: ⌀7.4 E-MSMF3B |
 |  |
| Component | Case | Lens |
| Material | Aluminum | Glass |