The FITEL S185ROF/ S185PMROF High-end Fusion Splicers are designed for splicing up to 800 µm optical fibers. Though the main body is compact, the ROF (Ring of Fire) models are equipped with a powerful arc-discharge that utilizes three electrodes instead of two. This arc-discharging makes the plasma field (high temperature field) wider and enables splicing large diameter fibers up to 800 µm cladding diameter. This unique arc-discharging can heat fibers uniformly and reduce the splice loss of the fibers with dissimilar cladding diameters.
The FITEL S185ROF/ S185PMROF High-end Fusion Splicers are designed for splicing up to 800 µm optical fibers. Though the main body is compact, the ROF (Ring of Fire) models are equipped with a powerful arc-discharge that utilizes three electrodes instead of two. This arc-discharging makes the plasma field (high temperature field) wider and enables splicing large diameter fibers up to 800 µm cladding diameter. This unique arc-discharging can heat fibers uniformly and reduce the splice loss of the fibers with dissimilar cladding diameters.
The FITEL S185ROF/ S185PMROF High-end Fusion Splicers are designed for splicing up to 800 µm optical fibers. Though the main body is compact, the ROF (Ring of Fire) models are equipped with a powerful arc-discharge that utilizes three electrodes instead of two. This arc-discharging makes the plasma field (high temperature field) wider and enables splicing large diameter fibers up to 800 µm cladding diameter. This unique arc-discharging can heat fibers uniformly and reduce the splice loss of the fibers with dissimilar cladding diameters.
| Specification | |||||
|---|---|---|---|---|---|
| Description |
S185ROF |
S185PMROF |
|||
| Heat Source For Splicing | ROF (Ring of Fire, Three electrodes Arc-discharging) | ROF (Ring of Fire, Three electrodes Arc-discharging) | |||
| Applicable Fibers*¹ | SM, MM, DS, NZDS, High-Index, EDF, LDF | SM, MM, DS, NZDS, High-Index, EDF, LDF, PMF | |||
| Cladding Diameter | 125 to 800 μm | 125 to 800 μm | |||
| Coating Diameter |
160 to 2000 μm (In Fiber holder)
160 to 900 μm (Coating clamp splice)
|
160 to 1300 μm (In Fiber holder)
160 to 900 μm (Coating clamp splice)
|
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| Fiber Cleave Length |
6 mm*² (Coating clamp splice)
8 – 11 mm (Cladding clamp splice)
|
6 mm*² (Coating clamp splice)
8 – 11 mm (Cladding clamp splice)
|
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| Typical Splice Loss*² | SM (ITU-T G652): 0.014 dB | SM (ITU-T G652): 0.014 dB | |||
| Typical Extinction Ratio*² | – | PANDA: 40 dB*⁴ (Angle offset: 0.6 degree) | |||
| Return Loss | >60dB | >60dB | |||
| Typical Splice Time*⁴ | 15s (SM by cladding clamp splice) | 15s (SM by cladding clamp splice) 50s (PANDA by cladding clamp splice) |
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| Tension Strength | 1.96 (+0% to +20%) | 1.96 (+0% to +20%) | |||
| Applicable Protection Sleeve Length | 10 to 60 mm | 10 to 60 mm | |||
| Typical Heat Time | 35s (S922: 40 mm sleeve) | 35s (S922: 40 mm sleeve) | |||
| Splice Programs | Max. 200 | Max. 200 | |||
| Heater Programs | Max. 100 | Max. 100 | |||
| Splice Data Storage | Max. 1000 including 4 images before and after splice | Max. 1000 including 4 images before and after splice | |||
| Fiber Image Magnification on LCD | 104X, 278X or 556X | 104X, 278X or 556X | |||
| Dimension | 210W X 180D X 150H mm | 210W X 180D X 150H mm | |||
| Weight (without Battery) | 4.55 kg | 4.8kg | |||
| Monitor | 4.3" wide color LCD with touch panel | 4.3" wide color LCD with touch panel | |||
| Data Output |
USB ver. 2.0 type A: 1 port
USB ver. 2.0 mini B: 1 port
|
USB ver. 2.0 type A: 1 port
USB ver. 2.0 mini B: 1 port
|
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| Operating Temperature | 0 to 40 °C | 0 to 40 °C | |||
| Storage Temperature | -40 to 60 °C | -40 to 60 °C | |||
| Humidity | 0 to 90% (Non-condensing) | 0 to 90% (Non-condensing) | |||
| Power Source | AC input 100 to 240V (50/60Hz) | AC input 100 to 240V (50/60Hz) | |||
| Notes |
*1 Fibers should be applied to ITU-T standard. In case of other fibers, depending on the type of fiber, the optimization of splice program may be needed or the splice result may not be satisfied.
*2 Due to the high temperature of ROF, it may not be possible depending on the diameter, thickness and material of the coating.
*3 These are references. Depending on the environment and condition, the number vary.
*4 Extinction ratio 40dB is measured in the condition that the initial extinction ratio is more than 50dB and there is the splice with 0.6 degree of rotation offset.
*5 This value is references. Depending on the type of fiber and condition of fiber on splicer, the number can vary.
|
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| Standard Package | |||||
|---|---|---|---|---|---|
| Item | P/N | Quantity S185ROF -00 | Quantity S185ROF -01 | Quantity S185PMROF -00 | Quantity S185PMROF -01 |
| S185ROF Main Body | S185ROF-X-A-0001 | 1 | 1 | 0 | 0 |
| S185PMROF Main Body | S185PMROF-X-A-0001 | – | – | 1 | 1 |
| Hard Carrying Case | HCC-12 | – | 1 | – | 1 |
| AC Adapter | MSD-150AAS24B | 1 | 1 | 1 | 1 |
| AC Cable Cord | – | 1 | 1 | 1 | 1 |
| Z Stage Lock | ZL-01 | 1 pair | 1 pair | 1 pair | 1 pair |
| Spare Electrode | ELR-04 | 1 pair | 1 pair | 1 pair | 1 pair |
| Change Tool for Vertical Electrode | S185-O-CT-0504 | 1 | 1 | 1 | 1 |
| Electrode Sharpener | D5111 | 1 | 1 | 1 | 1 |
| Cleaning Brush | VGC-01 | 1 | 1 | 1 | 1 |
| User Manual | – | 1 | 1 | 1 | 1 |
| Ordering Number Form S185 A – 0 B | |||
|---|---|---|---|
| Mark | Category | Code | Remark |
| A | Splicer model | ROF PMROF |
S185ROF S185PMROF |
| B | Battery | 0 1 |
None Included |
| Optical Components | ||
|---|---|---|
| Item | P/N | Quantity |
| 160 μm Coating Fiber Holder | S713S-160 | 1 pair |
| 250 μm Coating Fiber Holder | S713S-250 | 1 pair |
| 300 µm Coating Fiber Holder | S713S-300 | 1 pair |
| 400 μm Coating Fiber Holder | S713S-400 | 1 pair |
| 550 µm Coating Fiber Holder | S713S-550 | 1 pair |
| 650 μm Coating Fiber Holder | S713S-650 | 1 pair |
| 900 μm Coating Fiber Holder | S713S-900 | 1 pair |
| 1300 μm Coating Fiber Holder | S713S-1300 | 1 pair |
| 550 µm Coating BW Fiber Holder | S713B-550 | 1 pair |
| Customized Fiber Holder*⁵ | S713S-XXX | 1 pair |
| USB Cable | USB-01 | 1 |
| Wi-Fi Dongle | WFD-01 | 1 |
| *5 Availability of a suitable size Fiber holder depends on the coating diameter of the fiber being spliced. | ||
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