NETPEPPERS VLP 50 Testing of Fiber Optic Networks
Product Information: Installation and Testing of Fiber Optic Networks
Data networks are an important part of our modern communication
Without broadband access, no apps on smartphones would be able to push news in real time or streaming services would not be able to serve countless home cinemas. Fully automated production streets would not run and the logistics behind it would not work. That is why data networks have become irreplaceable for a modern society and crucial for the success of companies.
- No other technology achieves such high transmission rates as fiber optics.
- No other transmission medium can provide so much bandwidth and capacity for so many users.
- Fiber optics guarantees a very high level of interference safety and longevity.
With the construction of a fibre-optic network, municipalities and cities are enhancing the quality of life and the future of their region as a business location and securing jobs in the long term. Public bodies such as public authorities or schools benefit from the state-of-the-art technology as well as companies that depend on fast and stable Internet on a daily basis. Despite the numerous advantages of the fiber optic network, certain requirements must not be ignored during installation. It requires increased care and cleanliness in the assembly of the connectors as well as a check after installation for errors or consistency. Net Peppers provides suitable tools and measuring devices for installing and testing the components. Thanks to a perfectly coordinated product portfolio, you will have the right tools during installation to rule out errors. Because well-functioning networks are our passion! With our portfolio and our expertise, we would like to welcome you to the modern and future-proof age of fiber optics.
Specifications
- Product Type: Fiber Optic Network Installation and Testing Tools
- Brand: Net Peppers
- Product Portfolio: Various tools and measuring devices
Introduction
Data networks are crucial for modern communication and the success of companies. Fiber optic networks have become irreplaceable in our society, providing fast and stable internet access. However, installation and testing of fiber optic networks require careful handling and cleanliness to ensure optimal performance. NetPeppers offers a comprehensive product portfolio of tools and measuring devices specifically designed for installation and testing of fiber optic networks.
Product Usage Instructions
Fiber Optic Basics
Why Fiber Optic Installations?
Increasingly higher data rates over long distances and decreasing costs for fiber optic installations are gradually displacing copper cabling, for example in the form of coax or twisted-pair cables. The use of glass as a transmission medium also has physical advantages: the transmission is much less susceptible to interference that can hinder the transmission. In the case of copper cabling, for example, parameters such as NEXT, FEXT, ACRF and other electrical parameters must also be considered in measurement technology. None of this exists with fiber optics. Only two factors limit the range: the attenuation and the modal bandwidth. While the latter is determined only by the cable manufacturer, in field measurement technology the installer is left with only one factor that must be tested: the attenuation. Falling costs for tools and materials are also making installation increasingly economical. The following applies: the installation of fiber optics is not necessarily more difficult than laying and assembling copper cabling. It‘s just different. Therefore: no reservations!
Fiber Optic in detail
In the world of fiber, two types are distinguished: The so-called „multimode“ fibers transport several light modes in the core, the „singlemode“ fibers only one. The different structure of the two fiber types makes their deployment useful in different applications.
Basic Fiber Optic
Common single-mode fi ber optic types in the FTTX range
ITU-T G.652.D
- Minimal bending radius of 30 mm
- Standard fiber for access networks
- Now replaced by ITU-T G.657.A1
ITU-T G.657.A1
- Minimal bending radius of 10 mm
- Splicing with G.652 fibers possible
- Optimized access installation regarding macro bending
ITU-T G.657.A2 or G.657.B2
- Minimal bending radius of 7,5 mm
- Use in applications where the smallest bending radii are required
Basics of Fiber Optic Networks
Before starting the installation process, it is important to understand the basics of fiber optic networks. Familiarize yourself with the different components, such as connectors, optical light sources, optical power meters, and fusion splicers. This knowledge will help you in the proper installation and testing of the network.
Test & Measurement
Visual Fault Locator VLP 50
The Visual Fault Locator VLP 50 is a tool used to detect faults or breaks in fiber optic cables. It emits a visible red laser light that can be easily seen along the cable path, making it easier to identify the location of the fault.
Visual Fault Locator for a quick test of fiber links for breaks and bends
VLP50
The VLP50 is an essential tool for quick and easily testing and identifying problems in fiber cables. By revealing the exact location of fiber breaks and bends you can fast diagnose, troubleshoot, and fix faults on your fiber links.
Troubleshooting in seconds
Find faults in your fiber optic installation quickly and reliably. Identify breaking points on 2.5 and 1.25 mm connectors and jacks.
Strong endurance
Over fifty working hours with a set of common AA batteries and the robust aluminum housing make this laser source a long-term companion.
Which fiber is it?
The integrated flashing mode makes it easy to find the right fiber end up to a distance of five kilometers.
| Technical Data | Visual Fault Locator VLP50 |
| Output power | 1 mW |
| Range | 5 km |
| Laser type | FP-LD |
| Wavelength | 650 nm ± 10 nm |
| Operating mode | continuous or flashing |
| Output connector | 2,5 mm universal adapter (SC/ST/FC/E2000), 1,25 mm adapter (LC/MU) |
| Modulation frequency | 2 – 3 Hz |
| Scope of delivery | 1 VLP50 Visual Fault Locator, 1,25 mm changeable adapter, 1 Lanyard, 1 Soft Case, 1 Quick Start Guide, 2 x 1.5V AA Alkaline Battery |
| Order no. | NP-FIBER50 |
Highly compatible
- The VLP50 is equipped with a 2.5 mm interface and is therefore compatible with SC, ST, FC and E2000 connectors.
- In addition, the kit includes a 1.25 mm adapter for LC and MU connectors.
- The robust aluminum housing protects against damage to the tester. The batteries of the device in the quick-access battery tray can be replaced at any time and guarantee an operation of more than 50 working hours.
Features
EASY TO USE | FAST AND EASY LOCALIZATION OF ERRORS | DESIGNED TO OPERATE IN HARSH ENVIRONMENT | LONG BATTERY LIFE
Tier 1
Tier 1 testing involves measuring the power levels of transmitted signals and checking for any loss or inconsistencies. The Optical Light Source OLS 150 SM and OLS 150 MM are used to generate a stable optical signal, while the Optical Power Meter OPM 100 measures the power levels of the received signal. The Fiber Optical Test Kits (OLT100SM-Kit, OLT100MM-Kit, OLT100 Quad-Kit) provide a comprehensive set of tools for tier 1 testing.
TIER1 certification
Overview of measurement methods
Level 1 certification is a measurement of the total insertion loss of a link from its beginning to end using a laser light source and a power meter. The losses of all connectors, splices and the fiber itself contained in the link are included in this attenuation value. A statement as to whether the fiber optic installation is good or bad is made by comparison with a calculated attenuation budget.
Attenuation Measurement
Maximum permissible attenuation for fiber optic components according to ISO/IEC 11801-1 and EN 50173-1:2018
Connector loss (dB) = number of connector pairs * loss per connector pair (dB)
Maximum permissible loss per connector according to ISO/IEC 11801 = 0.75 dB (single mode/multimode)
Splice Loss (dB) = number of splices (S) * loss of splice (dB)
Maximum permissible attenuation per splice according to ISO/IEC 1180 = 0.3 dB
Example calculation with 1 jumper – reference method
Attenuation budget
Attenuation of the link = fiber cable loss + connector loss + splice loss
- 0,1 km fiber length x 3.5 dB/km attenuation Coefficient at 850 nm and OM4 = 0,35 dB cable attenuation
- 2 connectors x 0,75 dB loss per connector = 1,5 dB connector loss
- 2 splices x 0,3 dB loss per splice = 0,6 dB splice loss
- Total attenuation: = 2,45 dB
Referencing methods
Overview of the reference setting methods
„One Jumper“ Method
- One test cord for reference setting
- Disconnect after reference setting on power meter and insertion of a second test cable of known quality
- Preferred method for determining attenuation according to ISO/IEC 14763-3: 2019-05
- Measurement of both start and end connectors of the installation and cable attenuation
„Two Jumper“ Method
- Two test cords and a coupler for setting reference.
- Simple application, but only measurement of one connector during measurement process.
- Disconnect after reference setting at coupler.
- Most inaccurate of the three methods and no longer recommended by ISO/IEC
„Three Jumper“ Method
- Three test cords and two couplers for setting reference.
- Most complex method.
- Mainly used for special connector types such as MPO.
Optical Laser Source for Single mode Optical Fiber
OLS150SM
The OLS150SM laser light source guarantees fast measurement times without long warm-up for precise and reproducible results. The OLS150SM supports 1310/1550nm wavelengths and indicates the quality of fiber optic links together with the power meter OPM100.
High quality loss testing for everyone
Fiber optic measurement technology doesn‘t have to cost much. This singlemode light source generates stable, calibrated valuesimmediately after switching on – without annoying waiting time.
Flexible adaptation to SM cabling
Thanks to its two FP-LD 1310 and 1550 nm laser diodes, the light source is used together with the power meter OPM100 to measure the insertion loss. SC/ST and FC connectors can be connected directly via interchangeable adapters.
Measuring does not have to be cumbersome
The self-explanatory operation and the easy-to-read display make loss testing child‘s play.
| Technical Data | Optical Light Source OLS150SM |
| Calibrated Wavelength | 1310nm/1550nm |
| Display | LCD |
| Output Power | ≥-7 dBm |
| Output Mode | CW, 270Hz,1KHz, 2KHz |
| Emitter Type | FP-LD |
| Connector Type | FC/PC (interchangeable SC/PC and SC/ST) |
| Spectrum variation | ≤ 5nm |
| Stability | ±0.05dB/15min, ±0.15dB/ 8hr@ 1310/1550nm |
| Battery life | ≥ 13 hrs |
| Scope of delivery | 1 OLS150SM Optical Laser Source, 1 Interchangeable Adapter SC/ST, 1 Quick start guide |
| Order no. | NP-FIBER150SM |
Features
EASY TO USE | SM FIBER OPTIC INSTALLATIONS | BROAD APPLICATION | STABLE LIGHT SIGNAL STURDY HOUSING
Optical Laser Source for Multimode Optical Fiber
OLS150MM
The OLS150MM laser light source guarantees fast measurement times without long warm-up for precise and reproducible results. The OLS150MM supports 850/1300nm wavelengths and indicates the quality of fiber optic links together with the power meter OPM100.
High quality loss testing for everyone
Fiber optic measurement technology doesn’t have to cost much. This multimode light source generates stable, calibrated values immediately after switching on – without annoying waiting time.
Flexible adaptation to MM cabling
Thanks to its two FP-LD 850 and 1300 nm laser diodes, the light source is used together with the power meter OPM100 to measure the insertion loss. SC/ST and FC connectors can be connected directly via interchangeable adapters.
Measuring does not have to be cumbersome
The self-explanatory operation and the easy-to-read display make loss testing child’s play.
| Technical Data | Optical Light Source OLS150MM |
| Calibrated Wavelength | 850nm/1300nm |
| Display | LCD |
| Output Power | ≥-7 dBm |
| Output Mode | CW, 270Hz,1KHz, 2KHz |
| Emitter Type | FP-LD |
| Connector Type | FC/PC (interchangeable SC/PC and SC/ST) |
| Spectrum variation | ≤ 5nm |
| Stability | ±0.05dB/15min, ±0.15dB/ 8hr@ 1310/1550nm |
| Battery life | ≥ 13 hrs |
| Scope of delivery | 1 OLS150MM Optical Laser Source, 1 Interchangeable Adapter SC/ST, 1 Quick start guide |
| Order no. | NP-FIBER150MM |
Features
EASY TO USE | MM FIBER OPTIC INSTALLATIONS | BROAD APPLICATION | STABLE LIGHT SIGNAL STURDY HOUSING
Optical Power Meter for Fiber Optic Cables
OPM100
The power meter is used to measure the optical power level (dBm) in telecommunications and CATV fiber optic networks. The power meter can also be used in conjunction with an optical laser source such as the OLS150MM or OLS150SM from NetPeppers to determine the insertion loss.
Simple determination of the optical power level
The determination of the optical power level enables fast trouble-shooting with high demands on accuracy.
All-in-One Power Meter
Thanks to its six supported wavelengths, the OPM100 is at home in any network.
Measuring does not have to be cumbersome
The self-explanatory operation and the easy-to-read display make loss testing child’s play.
| Technical Data | Power Meter OPM100 |
| Calibrated Wavelength | 850/1300/1310/1490/1550/1625 nm |
| Application Range | Single/Multimode fiber |
| Connector | FC (interchangeable SC, ST) |
| Battery life | ≥ 25 hrs |
| Sensor type | InGaAs |
| Accuracy | (dB): ±5%±0.01nW(±0.5dB@850nm) |
| Scope of delivery | 1 OPM100 Optical Power Meter, 1 Interchangeable Adapter SC/ST, 1 Quick start guide |
| Order no. | NP-FIBER100 |
Features
BEST PRICE TO PERFORMANCE RATIO | FAST AND ACCURATE | WIDE RANGE OF APPLICATION ADAPTERS FOR SC/ST
Fiber Optical Test Kit
OLT100SM-KIT
Measuring fiber optic connection must be done after installation, before going live, as well as during operation in order to function error free. So far, corresponding measuring devices have often been very expensive. NetPeppers‘ new fiber optic loss test kit is a cost effective solution for highly accurate measurement results.
High quality loss testing
Fiber optic measurement technology doesn’t have to cost much. This single mode light source generates stable, calibrated values immediately after switching on – without annoying waiting time.
Flexible adaptation to SM cabling
Thanks to its two FP-LD 1310 and 1550 nm laser diodes, the light source is used together with the power meter OPM100 to measure insertion loss. SC/ST and FC connectors can be connected directly via interchangeable adapters.
Measuring does not have to be cumbersome
The self-explanatory operation and the easy-to-read display make loss testing child‘s play.
| Technical Data | Optical Light Source OLS150SM | Power Meter OPM100 |
| Calibrated Wavelength | 1310nm/1550nm 850/1300/1310/1490/1550/1625 nm | |
| Application Range | 1310nm/1550nm | |
| Connector | FC/PC (interchangeable SC/PC and SC/ST) | |
| Signal type | CW, 270 Hz, 1 kHz, 2 kHz | |
| Stability | ±0.05dB/15min, ±0.15dB/ 8hr@ 1310/1550 nm | |
| Battery life | ≥ 13 hrs continuous use ≥ 25 hrs continuous use | |
| Auto Off | after 5 min. inactivity | |
| Scope of delivery | 1 OPM100 Optical Power Meter, 1 OLS150SM Optical Light Source, 2 Lanyards for carrying the devices, 1 Hard carrying case, 2 Interchangeable adapter SC/ST, 1 Quick start guide, 1 Calibration certificate | |
| Order no. | NP-OLT-SM | |
Features
BEST PRICE TO PERFORMANCE RATIO | FAST & ACCURATE | WIDE RANGE OF APPLICATION
Fiber Optical Test Kit
OLT100MM-KIT
Measuring fiber optic connection must be done after installation, before going live, as well as during operation in order to function error free. So far, corresponding measuring devices have often been very expensive. NetPeppers‘ new fiber optic loss test kit is a cost effective solution for highly accurate measurement results.
High quality loss testing
Fiber optic measurement technology doesn’t have to cost much. This multimode light source generates stable, calibrated values immediately after switching on – without annoying waiting time.
Flexible adaptation to MM cabling
Thanks to its two FP-LD 850 and 1300 nm laser diodes, the light source is used together with the power meter OPM100 to measure insertion loss. SC/ST and FC connectors can be connected directly via interchangeable adapters.
Measuring does not have to be cumbersome
The self-explanatory operation and the easy-to-read display make loss testing child’s play.
| Technical Data | Optical Light Source OLS150MM | Power Meter OPM100 |
| Calibrated Wavelength | 850nm/1300nm 850/1300/1310/1490/1550/1625 nm | |
| Application Range | 850nm/1300nm | |
| Connector | FC/PC (Interchangeable SC/PC and SC/ST) | |
| Signal type | CW, 270 Hz, 1 kHz, 2 kHz | |
| Stability | ±0.05dB/15min, ±0.15dB/ 8hr@ 850/1300 nm | |
| Battery life | ≥ 13 hrs continuous use ≥ 25 hrs continuous use | |
| Auto Off | after 5 min. inactivity | |
| Scope of delivery | 1 OPM100 Optical Power Meter, 1 OLS150MM Optical Laser Source, 2 Lanyards for carrying the devices, 1 Hard carrying case, 2 Interchangeable Adapter SC/ST, 1 Quick start guide, 1 Calibration certificate | |
| Order no. | NP-OLT-MM | |
Features
BEST PRICE TO PERFORMANCE RATIO | FAST & ACCURATE | WIDE RANGE OF APPLICATION
Fiber Optical Test Kit
OLT100 QUAD-KIT
Measuring fiber optic connection must be done after installation, before going live, as well as during operation in order to function error free. So far, corresponding measuring devices have often been very expensive. NetPeppers‘ new fiber optic loss test kit is a cost effective solution for highly accurate measurement results.
High quality loss testing
Don’t worry about compatibility in attenuation measurement: This kit covers multimode as well as single mode networks and various connectors.
Measuring does not have to be cumbersome
The self-explanatory operation and the easy-to-read display make loss testing child’s play.
One Power Meter for everything
Thanks to the support of six common wavelengths (SM/MM), the power meter can be easily combined with the two high-performance light sources.
| Technical Data | Optical Light Source OLS150SM | Optical Light Source OLS150MM | Power Meter OPM100 |
| Calibrated Wavelength | 1310nm/1550nm 850nm/1300nm 850/1300/1310/1490/1550/1625 nm | ||
| Application Range | 1310/1550/850/1300 nm | ||
| Connector | FC/PC (interchangeable SC/PC and ST/PC) | ||
| Signal type | CW, 270 Hz, 1 kHz, 2 kHz | ||
| Stability | ±0.05dB/15min, ±0.15dB/ 8hr@ 850/1300/1310/1550 nm | ||
| Battery life | ≥ 13 hrs continuous use ≥25 hrs continuous use | ||
| Auto Off | after 5 min. inactivity | ||
| Scope of delivery | 1 OPM100 Optical Power Meter, 1 OLS150MM Optical Laser Source, 1 OLS150SM Optical Laser Source, 3 Lanyards for carrying the devices, 1 Hard carrying case, 3 Interchangeable adapters SC/ST, 1 Quick start guide, 1 Calibration certificate | ||
| Order no. | NP-OLT-QUAD | ||
Features
BEST PRICE TO PERFORMANCE RATIO | FAST & ACCURATE | WIDE RANGE OF APPLICATION
Tier 2
Tier 2 testing involves more advanced measurements, such as the use of an Optical Time-Domain Reflectometer (OTDR) 1000. This device sends a series of light pulses into the fiber optic cable and measures the reflected signals to detect any faults or inconsistencies. Fiber Launch Leads are used to connect the OTDR to the network for accurate measurements.
TIER 2 certification
Overview of measurement methods
Level 2 certification measurements are complementary to Level 1 with the use of an optical time domain reflectometer, also called OTDR. In a graphical representation of the measurement section, individual connectors, splices, faults and the fibers themselves are shown with positional accuracy. The essential advantage compared to a measurement according to level 1 is that problem areas with high insertion or return loss can be localized this way. This means that the problem can be solved more quickly and efficiently.
An OTDR uses the principle of optical time domain reflectometry. A light pulse coupled into the fiber is either reflected or absorbed at various points in the fiber optic path. The backscattering of such „events“ is detected by the device and assigned a position in metres by the known transit time of the light.
| Non-reflective event | Reflective event |
| Fiber breakage on single mode fiber UPC/APC connectors (noise afterwards) | |
| Macrobend | Open fiber end or last connector |
| Fusion splice Mechanical splice | |
| Fiber breakage | |
Measurement setup
The typical measurement setup consists of a launch fiber (to correctly observe the first connector of the measured section), the actual measured section and a receive fiber (to correctly observe the last connector of the measured section).
Optical fiber – OTDR
OTDR1000
The OTDR1000 with its integrated Quad OTDR for fiber optic network certification, offers enough capabilities for applications in FFTX, LAN and WAN networks based on its high dynamic range (up to 38 dB single mode).
Extremely user-friendly
Modern platform concept focused on the user experience – easy to use.
Automatic Analysis
Analysis and interpretation of the measurement results as well as PASS/FAIL evaluation
Easy use with Linkimage
Shows a simplified representation of the measured fiber trace
User-friendly & modern platform
The OTDR 1000 concept is based on a powerful platform. Only 28 sec. start-up time and ultra fast response of the 8“ capacitive touch display ensure frustration-free and time-saving operation, without getting noisy due to active cooling. The simple layout of the user interface, where every function of the OTDR 1000 is only one click away ensures intuitive operation and dispenses with mechanical buttons altogether. The large battery guarantees a full day‘s runtime, and the memory for storing hundreds of measurement results avoids the constant transfer of reports due to storage constraints.
Integrated Quad OTDR
At the heart of the system is the integrated Quad OTDR. Its high dynamic range (up to 38 dB single mode) offers enough reserves for applications FFTX, LAN and WAN networks. No matter whether for the initial installation of fiber optic connections, campus cabling, in the backbone or for the maintenance of fiber optic networks, with the most common wavelengths for single mode (1310/1550nm) and multimode (850/1300nm), the user is prepared for everything – even splitters up to a ratio of 1:16 can be measured. Due to the low attenuation dead zone of only 4 m (SM) and an event dead zone of 1 m the OTDR 1000 is especially suitable for short fiber links in the in-house area.
Features
FOR UNIVERSAL USE | FOR ALL COMMON WAVELENGTHS | EASY OPERATION | FOR FTTX AND IN-HOUSE CABLING | REPORTING
| Technical Data | OTDR1000 |
| Display | 8,0“ (20,32 cm) color touch LCD (capacitive) |
| Resolution | 800 x 480 Pixel |
| Connectivity | 2 x USB 2.0 1 x RJ45 LAN (10/100 Mbit/s) 1 x VFL 2,5 mm Ferrule UPP (universal push pull), adapter available 1 x OPM SC (interchangeable) 1 x OTDR SM SC/PC (interchangeable FC, ST, LC) 1 x OTDR MM SC/PC (interchangeable FC, ST, LC) 1 x 16V DC Power |
| Memory | 8 GB (6 GB free to store results) |
| Battery | Li-Ion 7,4 V DC, 37 Wh, 5000 mAh |
| Battery life | 10 hours continuous operation, operation possible during charging |
| A/C Adapter | Input: AC 100 – 240 V, 50/60 Hz, max. 1,5 A Output: 16 V DC, max. 3,75 A |
| Dimensions | 235 x 159 x 75 mm (L x W x H) |
| Weight | 1,59 kg (incl. battery) |
| Manual | (EN, DE) enclosed |
| Supported languages | English, German |
| Data transfer | USB-Stick, FTP access |
| Boot-Time | appx. 28 s |
| Operating system | Linux |
| Remote control by PC | Yes (VNC) |
| Dynamic range | 23 db (850nm) 28 db (1300nm) 38 db (1310nm) 36 db (1550nm) |
| EDZ (Event Dead Zone) | 1 m |
| ADZ (Attenuation Dead Zone) | 4,5 m (850/1300nm) 4 m (1310/1550nm) |
| Distance measure accuracy | ±(1m +10-5x distance + sample spacing) |
| Attenuation detect accuracy | ±0.05 dB/dB |
| Reflex accuracy Distance measurement | ±4 dB/dB |
| Automatic or using two markers | |
| Length units | Kilometers, feet and miles |
| Selectable range | SM: 1,3; 2,5; 5; 10; 20; 40; 80; 160; 240 km MM: 1,3; 2,5; 5; 10; 20; 40 km |
| Selectable pulse width | SM: 5ns, 10ns, 30ns, 100ns, 300ns, 1µs, 2,5µs, 10µs, 20µs MM: 5ns, 10ns, 30ns, 1µs, 2,5µs |
| Averaging time | Quick, 15s, 30s, 45s, 60s, 90s, 120s, 180s |
| Measurement methods | Automatic, manual, 2-point, 5-point, LSA |
| Laser class | 1 M |
| Laser | LD-Laser |
| Scope of delivery | 1 OTDR1000 main unit, 1 Li-Ion battery, 1 active touch pen, 1 charging cable for active touch pen, 1 USB flash drive incl. PC software, 1 power adapter incl. power cable, 1 carrying bag incl. shoulder strap, 1 manual, 1 Calibration certificate |
| Order no. | NP-FIBER1000 |
Futura powered by NetPeppers
Fiber Launch Leads for OTDR measurement
Fibernet‘s Futura launch fiber is a special fiber that is placed at the start of a measurement section in an OTDR measurement. The fiber is essential for a standard-compliant measurement and eliminates unwanted effects of the device on the measurement section. Using launch and receive fiber ensures measuring the first and last connector of a link correctly.
Customizable
Customer-configuration of different lengths and all common fiber optic connectors.
Ready for immediate use
Unique opening mechanism ensures fast readiness.
Armored patch cords
Special protection of the cable ends, to avoid high attenuation due to damage, is ensured.
| Technical Data | Futura Launch Lead |
| Size | Ø = 110 mm X H 50 mm |
| Weight | 0,4 kg |
| Operating temperature | -33 °C – +90 °C |
| Insertion loss | < 0,25 dB |
| Return loss | UPC < -50 dB / APC < -60 dB |
| Total length | Up to 1.000 m |
| Length of cable ends | approx. 1,20 m, strain-relieved |
| Material | ABS and aluminium |
| Fiber type | SM: G.652.D. – G.657A – G.655 MM: OM1 – OM2 – OM3 – OM4 |
| Connector type | SC / LC / FC / ST / E2000 |
| Connector finish | UPC / APC |
| Scope of delivery | 1 FUTURA launch fiber, 1 Compact soft carrying bag, 1 Carrying strap for bag, 1 hanging strap for housing, 1 Screw-on magnet, Replacement dust caps for 1.25 and 2.5 mm ferrules, 1 OTDR certificate, 1 Quick start guide |
| Order no. | Configured depending on customer requirement |
Features
SAFELY PACKED | EASY TO USE | FLEXIBLE MOUNTING | PROOF OF QUALITY
Fusion Splicing
Splice Protection
Splice protection is essential to ensure the durability and reliability of fusion splices. NetPeppers offers different types of splice protection, including shrink and crimp splice protection. Shrink splice protection involves using heat to shrink a protective sleeve around the fusion splice, while crimp splice protection involves using a crimping tool to secure a protective sleeve.
Professional solutions for the protection of fusion splices
Splice protection from NetPeppers
Crimp splice protectors for easy application and reliable splice protection
The crimp splice protection sleeves from NetPeppers are ideally suited for use with standard splice cassettes in 19“ rack distribution panels, in-house connections and splice boxes and offer optimum protection of the splice site against external influences such as dirt, liquids or mechanical damage. During the crimping process with the original TELENT splice protection press, no unnecessary mechanical stress or insertion loss is applied to the fiber.
Shrink splice protection sleeves for inexpensive and optimum protection against all kinds of environmental influences
NetPepper‘s shrink splice protection sleeves offer the best protection against environmental influences, as the splice is completely encased in two layers of special plastic after thermal shrinking, making it impossible for dirt or liquids to penetrate. The NP-FS-PROTECT-S-12-30 micro-sleeves with a diameter of only 1.25 mm can be used with conventional splice protector holders for crimp splice protection and thus represent a cheaper and optimally protective alternative to crimp splice protection sleeves.
The splice protection press from TELENT for easy and controlled crimping of crimp splice protection sleeves
The splice protection press from TELENT has been the number 1 tool for pressing crimp splice protectors on the market for decades. This is not least due to its simple and safe application by thumb pressure without any external mechanical/electrical energy.
Decision guidance for splice protector types
For protection against environmental influences
Shrink Splice Protection Sleeves
NetPepper’s shrink splice protection sleeves offer the best protection against environmental influences, as the splice is completely enveloped by two layers of special filler plastic after thermal shrinkage. These shrink sleeves make it impossible for dirt or liquids to penetrate.
Safety
Protection against liquids, dirt, as well as mechanical stress
Compatible
To be used with fusion splicers (e.g. NetPeppers CFS-100) with integrated shrink oven
Flexible diameters
Can be used with fibers up to 900 µm secondary coating
Simple and Safe Application
Efficient and inexpensive bend protection
| Technical Data | Shrink Splice Protection Sleeve |
| Suitable for | Bare fibre (125 µm) Primary coating (250 µm) Secondary coating (400/900 µm) |
| Storage temp. | – 40 up to +60 °C |
| Operating temp. | – 55 up to +105 °C |
| Humidity | 0 up to 95 % RH |
| Color | orange-transparent |
| Suitable for crimp splice holder | Yes (NP-FS-PROTECT-S-12-30) |
| Order no. | See catalogue page 26 |
Features
STURDY STEEL PIN AS ANTI-BEND PROTECTION | ORANGE FOR EASIER INSERTION OF THE FIBER TRANSPARENT FOR EASY CONTROL WITH VISIBLE LIGHT SOURCE | EN 50411-3-3 COMPLIANT
Protective sleeves for reliable splice protection
Crimp Splice Protection Sleeves
Crimp splice protection sleeves offer good all-round protection and high compatibility with common standard splice protectors. The sturdy aluminum sleeves are Telecom certified.
Good protection
Protection against liquids and dirt, as well as mechanical stress.
Compatibility
Use of crimp and shrink splice protection sleeves possible with the same splice holders.
Protection of the fiber
Suitable for fiber diameters up to 250 µm (primary coating), No increase in insertion loss.
Simple and safe application
Crimp splice protection sleeves have been designed for use with a splice protection press.
| Technical Data | Crimp Splice Protection Sleeve |
| Suitable for | Bare fiber (125 µm) / Primary coating (250 µm) |
| Ø outside | 1,2 (+/-0,1) mm, pressed |
| Height (H) | 3,2 (+/-0,1) mm, pressed |
| Length (L) | 30 (+/-0,5) mm, pressed |
| Storage temp. | – 40 up to +60 °C |
| Operating temp. | – 55 up to +105 °C |
| Humidity | 0 up to 95 % RH |
| Color | metallic-silver |
| Suitable for crimp splice holder | Yes |
| Order no.. | NP-FS-PROTECT-C-12-30 (150 pcs) |
Features
TS 0338/96 CONFORM | EN 50411-3-3 CONFORM | MADE OF HIGH-QUALITY ALUMINIUM USABLE WITH ALL STANDARD SPLICE PROTECTION PRESSES
Controlled pressing of crimp splice protection sleeves
TELENT Splice Protection Press
The splice protection press from TELENT has been the number 1 tool for pressing crimp splice protection on the market for decades. This is not least due to their simple and safe use by thumb pressure without any additional mechanical/ electrical energy.
Simple operation
Insert, press, done!
Proven Concept
Proven system for gentle crimping of metal splice protection sleeves
Compatibility
Compatible to crimp splice protection sleeves up to 30 mm length.
| Technical Data | Telent Splice Protection Press |
| Suitable for | 30 mm crimp splice protection |
| Ø Fiber | max. 250 µm |
| Dimensions (hxwxd) | 54 x 22 x 83 mm |
| Weight | 126 g |
| Material | Plastic and aluminium |
| TS 0338/96 conformity | Yes |
| Scope of delivery | 1 Telent Splice Protection Press |
| Order no. | NP-FS-PROTECT-PTOOL |
Features
COMPATIBLE TO CURRENT FUSION SPLICERS | EASY TO USE FOR SPLICE PROTECTION SLEEVES UP TO 30 MM | GENTLE, UNIFORM CONTACT PRESSURE
Shrink/Crimp Splice Protection Sleeves
Values apply to the pressed/shrunk state
| Order No. | Description Splice Protectors | Quantity |
| NP-FS-PROTECT-S-12-30 | Shrink splice protection, 1,2 mm Dm, 30 mm length | 1 Pckg = 100 pcs |
| NP-FS-PROTECT-S-15-30 | Shrink splice protection, 1,5 mm Dm, 30 mm length | 1 Pckg = 100 pcs |
| NP-FS-PROTECT-S-20-45 | Shrink splice protection, 2,0 mm Dm, 45 mm length | 1 Pckg = 100 pcs |
| NP-FS-PROTECT-S-22-45 | Shrink splice protection, 2,2 mm Dm, 45 mm length | 1 Pckg = 100 pcs |
| NP-FS-PROTECT-S-24-45 | Shrink splice protection, 2,4 mm Dm, 45 mm length | 1 Pckg = 100 pcs |
| NP-FS-PROTECT-S-25-45 | Shrink splice protection, 2,5 mm Dm, 45 mm length | 1 Pckg = 100 pcs |
| NP-FS-PROTECT-C-12-30 | Crimp splice to protect splice connections (Secure strain relief and protection of splice connection, installation with separately available crimp press). |
1 Pckg = 150 pcs |
Fusion Splicer CFS 100
The Fusion Splicer CFS 100 is a high-precision tool used for joining two fiber optic cables together through fusion splicing. It aligns and fuses the fibers to create a seamless connection. Use the Cleaver OFC 30 to precisely cleave the fibers before fusion splicing. The core alignment, 3-axis controlled fusion splicer is the perfect companion for splicing small and large projects. The lightweight and flexible splicer allows splicing of all common fibers in average of 9 seconds splicing time.
State-of-the-Art Splicing Technology
Thanks to the core centering and convenient automatic functions, the CFS-100 is extremely precise and very easy to use.
Compatibility that is second to none
Whether multimode or single mode fibers, pigtails, patch cables or SOCs: The CFS-100 splices all common fiber types
Workflow at the Splice Station
Set up your splice station according to your likes. Thanks to the foldable display, you can operate the device from the front and back.
| Technical Data | Fusion Splicer CFS100 |
| Alignment | Core alignment (3-axis-controlled) |
| Supported fiber categories | Single mode, multimode |
| Fiber types and loss values | ITU-T G.651 (MM)  0.01 dB (typical) ITU-T G.652 (SM) 0.02 dB (typical) ITU-T G.653 (SM DSF) 0.04 dB (typical) ITU-T G.655 (SM NZ-DSF) 0.04 dB (typical) ITU-T G.657 (SM BIF) 0.02 dB (typical) EDF 0.04 dB (typical) |
| Ø Cladding supported | ~ 80 – 150 μm |
| Ø Coating supported | ~ 100 – 1000 μm |
| Splice time | Ø ≤ 9 s (depending on mode and fiber orientation) |
| Splices per electrode | ≥ 5000 splicing operations |
| Splice modes | Automatic or manual control |
| Heating time shrink oven | ≤ 25 s, adjustable |
| Battery life | ≥ 200 splice and shrink operations |
| Scope of delivery | 1 Core Alignment Fusion Splicer, 1 Fiber Cleaver OFC-30, 1 Pair of electrodes (pre-installed), 1 Pair of universal fiber retention clamps (4 in 1), 1 SOC retention clamp, 1 SOC shrink oven retention clamp, 1 Li-Ion battery, 1 Cooling tray for shrink oven, 1 Power adapter + power cord, 1 Micro-USB cable, 1 Carrying case, 1 Carrying strap for carrying case, 1 Quick Start Guide, 1 Manual, Maintenance Tools |
| Order no. | NP-CFS100 |
For professional splicing of all common fiber types
- The lightweight and flexible precision splicer allows splicing of G.651 fibers with a splice loss below 0.01 dB and of G.652 fibers below 0.02 dB (typical).
- Equipped with detachable universal retention clamps, SOC clamps and internal thermometer and barometer, the CFS-100 can be used anywhere.
- Fast five seconds start up time and an average of nine seconds per splice as well as the automatic heating furnace for shrink sleeves speed up the workflow and lead to more splices per time.
Features
PRECISE SPLICING RESULTS | UNIVERSALLY APPLICABLE | 4 IN 1 FIBER RETENTION CLAMPS FULLY AUTOMATIC | AUTOMATIC SHRINK OVEN | LED LIGHTING
Optical Fiber Cleaver
OFC30
OFC30 Optical Fiber Cleaver is a high precision preparation tool in a ruggedized case ready for field use. Prepare fibers up to 125 µm diameter with the OFC30 for fusion or mechanical splicing.
Precise tool
The OFC30 is a reliable companion at any splice place. The integrated scale makes it easier to find the right cutting length and the precision of +/-0.5° avoids tedious reworking.
High-quality workmanship
CNC-machined carriage and the cover plate allow precise working and smooth sliding of the blade with the smallest tolerances.
Exchangeable blades
Simply turn the blade one position if the cleaving quality decreases. An exchange of the blades is only necessary after 48000 cleaves.
| Technical Data | Optical Cleaver OFC30 |
| Supported fiber categories | Single mode Multimode |
| Handling | Semiautomatic, auto-pushback |
| Ø Cladding supported | 125 µm |
| Ø Coating supported | 0,25 – 0,9 mm, 3 mm |
| Scale | 10 – 16 mm |
| Fiber holder width | 14 mm |
| Number of cleaves/blade | Approx. 48.000 cleaves |
| Cleave angle | Ø 90° +/-0.5° |
| Scrap container | Yes |
| Weight | 310 g |
| Dimensions device | 96 x 60 x 58 mm (L x W x H) |
| Dimensions transport box | 125 x 89 x 65 mm (L x W x H) |
| Operating conditions | 0 bis 95% humidity and 0 bis 50°C (non-condensing) |
| Storage conditions | 0 bis 95% humidity and -40 bis 80°C (non-condensing) |
| Order no. | NP-FIBER30 |
Features
EASY AND PRECISE PREPARATION | LONG LASTING | EASY TO CARRY | SUSTAINED PERFORMANCE
Fiber Optic Stripper OFS31
The Fiber Optic Stripper OFS31 is used to remove the protective coating from fiber optic cables before fusion splicing. It ensures a clean and precise stripping process, preventing any damage to the fiber. The fiber optic stripper is a precisely manufactured tool for stripping fiber optic primary coatings up to 250 µm from bare fiber with 125 µm.
= The alternative operating principle to conventional stripping tools, in which the blades rest against on the coating with the pliers handles in a relaxed state, enables the primary coating to be gently stripped with a predefined force.
Fiber stripping with millimeter precision
The straight insertion of the fiber through the funnel-shaped opening on the front and the adjustable stop of 5 – 45 mm, kinking of the fiber is avoided and repeatable setting down is possible with millimeter precision.
Made in Germany
The blades are made in Solingen and are preset at the factory so that subsequent adjustment is not necessary. The NetPeppers fiber optic cable stripper „Made in Germany“ is a must-have for every fiber optic installer, no matter if in-house, FTTX or wide area network.
Ergonomic shape
The ergonomic shape, the low weight of only 45 g and the housing made of fiberglass-reinforced polyamide make handling child‘s play. The stripping tool is suitable for both right-handed and left-handed users.
| Technical Data | Fiber Optic Stripper OFS 31 |
| Application | Removal of 200 – 250 µm primary coating to 125 µm bare fiber |
| Blades | Fixed, not replacable |
| Scale | 5 – 45 mm, stepless |
| Dimension (HxWxD) | 112 x 56 x 18 mm |
| Weight | 45 g |
| Scope of delivery | 1 OFS31 Precision Fiber Optic Stripper |
| Order no. | NP-FIBER31 |
Features
MADE IN GERMANY | PRECISE WORKMANSHIP | LIGHT WEIGHT | DURABLE SINGLE- AND MULTIMODE FIBERS | ERGONOMIC
Fiber Optic Tool Kit
The Fiber Optic Tool Kit includes various tools necessary for installation and maintenance of fiber optic networks. It typically includes items such as cable cutters, tweezers, cleaning tools, and connectors. The NetPeppers fiber optic tool kit contains everything, you need for the installation of fiber optic cabling.
Whether FTTX, building, or campus cabling:
The carefully selected tools support you in preparing fiber optic cables for field-terminable connectors, fusion splices, mechanical splices or in repairing of already existing fiber optic lines. The components of the case are carefully selected and usefully assembled for the fiber optic installer.
More than the sum of its parts
This assortment includes tools for fiber preparation and – cleaning before splicing and for checking of the finished fiber optic lines.
Quality at a fair price
What good is a case with 100 tools and none of them you don‘t want to work with? The fiber optic tool box consists of high quality tools, so that every application is a pleasure.
Everything has its place
The case is equipped with a foam insert adapted to the tools. Find every part without time-consuming searching.
Decide on one of the options:
| Content | Order no. NP-FIBER-KIT210 |
Order no. NP-FIBER-KIT211 |
Order no. NP-FIBER-KIT212 |
Order no. NP-FIBER-KIT213 |
| VLP 50 Visual Fault Locator | 1 | 1 | 1 | 1 |
| OFC 30 Cleaver | 1 | 1 | ||
| OFS 31 Fiber Optic Stripper | 1 | 1 | 1 | 1 |
| 100 ml Alcohol Dispenser | 1 | 1 | 1 | 1 |
| Fiber Optic Tweezer | 1 | 1 | 1 | 1 |
| Discard Container | 1 | 1 | 1 | 1 |
| Miller CFS-2 900 Stripping Plier | 1 | 1 | 1 | 1 |
| Miller MB06-7000 Micro Slit and Ring Tool | 1 | 1 | 1 | 1 |
| Klein Tools Kevlar Spring Action Shear | 1 | 1 | 1 | 1 |
| Chemtronics Dry Wipes | 100 | 100 | 100 | 100 |
| Telent Splice Protection Press | 1 | 1 | ||
| Carrying case with inlay | 1 | 1 | 1 | 1 |
Features
UNIVERSAL AND MANUFACTURER-INDEPENDENT USE | EASY TO REORDER
QuickSplice Workstation
The QuickSplice Workstation provides a convenient and organized workspace for fusion splicing. It includes a fiber holder, cleaver, and various accessories to streamline the splicing process. QuickSplice is the practical solution for the fast assembly and disassembly of a splice workstation. The flexible, height-adjustable stand ensures ergonomic operation and the work platform ensures a high degree of compatibility with different splicers and tools.
Full flexibility
The included stand is steplessly adjustable from only 57 cm up to 215 cm, allowing for seated splicing, splicing while standing or on a ladder or just above floor level. The legs can be lowered flush to the floor and do not pose a tripping hazard.
Compact dimensions
The lightweight aluminum stand and the work platform made of durable synthetic weight only 2.8 kg and, with a maximum length of 59 cm, are easy to handle even in confined spaces.
Maximum compatibility
Various fittings allow the splicer and other tools to be freely fixed to the work platform. Strong magnets hold pliers and stripping tools in place.
| Technical Data | QuickSplice Working Station |
| Dimension working platform | 365 x 260 cm |
| Transport length tripod | 59 cm |
| Weight platform + tripod | 2,8 kg |
| Height adjustment | 87 to 215 cm with raised leg position 57 to 188 cm with lowered leg position |
| Max. stand width of legs | 1,02 m |
| Mounting | 4 magnets, 2 magnetic screw mounts, 1 Hanging bag with tool slots |
| Worktop modes | Tripod or shoulder strap |
| Splicer mounting | 3/8 and 1/4 inch threaded screw connection |
| Order no. | 1 NP QuickSplice Workbench, 1 Belt hooking system, 1 shoulder strap, 1 tripod, 1 tool holster, 1 cleaver support, 2 Typ A screws, 1 Typ B screw, 1 Typ C screw |
| Order no. | NP-FIBER-QUICKSPLICE |
Features
LIGHT AND COMPACT | UNIVERSAL AND MANUFACTURER-COMPATIBLE | QUICK ASSEMBLY DURABLE AND ERGONOMIC
ComfortSplice Workstation
The ComfortSplice Workstation offers an ergonomic and comfortable workspace for fusion splicing. It includes adjustable features to accommodate different user preferences and reduce fatigue during long splicing sessions. The Comfort Splice is an all-in-one solution for the convenient transport and quick setup of a full-fledged workstation. The robust case with extra large wheels has space for all the equipment needed for the installation and testing of fiber optic cabling. In just a few simple steps, the case becomes a mobile workstation with enough working space for all tasks related to fiber optic installations.
Maximum storage space
Two separate inner compartments with hard foam inserts to accommodate all tools and equipment.
All-in-One System
There are no additional suitcases and bags needed. System also functions as a mobile workstation.
Quick set up
Converts to 85 cm high work platform in seconds.
| Technical Data | UN1CO ONE powered by NetPeppers |
| Workstation Dimensions | 685 x 420 mm 1285 x 420 mm with extension shelves |
| Case Dimensions | Length: 800 mm Width: 525 mm Height: 850 mm Depth: 360 mm |
| Materials | ABS-ASA (shell and bench top) EPP (interior compartments, drawers) Carbon fiber (sliding handle, rods) |
| Weight | 17,7 kg |
| IP Grade | IP54 |
| Scope of delivery | 1 UN1CO ONE case, 4 carbon fiber legs, 1 accessory bag with holders for rail system, 3 inlays, 2 additional storage plates, 1 multi socket plug with on/off switch and three slots |
| Order no. | NP-FIBER-COMFORTSPLICE |
Features
BEST PROTECTION OF THE EQUIPMENT | HIGH COMPATIBILITY | RIGID WORKPLACE | FLEXIBLE USE
Video microscope for inspection and testing of fiber optic connections
WFM-100
The NetPeppers WFM-100 is a portable video microscope with an integrated battery. It checks fiber optic lines and panels whether they are free of dirt or scratches or whether they are damaged. It is the ideal test instrument for technicians and installers who are involved in the installation of FTTX fiber optic networks and want to install them without any problems.
Play it safe
Make sure your fiber optic installations are clean and no dirt or damage restricts the availability of IT systems.
Everything according to standard
WFM-100 features automatic analysis for fiber end faces according to the latest standards.
Wireless and flexible
Use any Android or Apple device* to view the microscope image and report.
- Operating System: Android 4.4 and higher, IOS 8.1 and higher
| Technical Data | WFM-100 Fiber Microscope |
| Magnification | 400 x |
| Resolution | < 1 µm |
| Light source | Blue LED |
| Field of view | X: 0,3487 mm – Y: 0,2632 mm |
| Power supply | Integrated battery, charging via Micro USB |
| Connection types | Wi-Fi 802.11 a/b/g/n und USB 2.0 |
| Wifi frequency | 2.4 GHz |
| Supported analysis standards | IEC 61300-3-35 and IPC-8497-1 |
| Supported mobile operating systems | Android 4.4 and higher |
| Scope of delivery | 1 WiFi video microscope, 1 set of probes LC/PC, SC/PC, 1.25 mm PC ferrules, 2.5 mm PC ferrules, 1 USB Type A to Micro-USB cable for charging or data transfer, 1 Adapter USB-A to USB-C, 1 Pocket for storing the video microscope and the associated tips, 1 Carrying strap (bag), 1 Carrying strap (microscope), 1 Quick Start Guide |
| Order no. | NP-FIBER40 |
Report
Features
EASY DOCUMENTATION | AUTOMATIC ANALYSIS | UNIVERSAL APPLICATION | FACILITATES MOBILE WORK FIBER EYE2 APP
Fiber microscope interchangeable tips
| Order no. | Interchangeable Tips |
| SINGLE FERRULE INTERCHANGEABLE TIPS | |
| NP-FIBER40_TIPSET1 | WFM-100 Tip Set 1 (Single ferrules) Contains all the probes listed below for single fiber connectors in a sorting box |
| NP-FIBER40_1.25APC-M | WFM-100 tip 1.25 mm (APC) male |
| NP-FIBER40_2.5APC-M | WFM-100 tip 2.5 mm (APC) male |
| NP-FIBER40_2.5PC-M | WFM-100 tip 2.5 mm (PC) male |
| NP-FIBER40_1.25PC-M | WFM-100 tip 1.25 mm (PC) male |
| NP-FIBER40_SC-PC-F | WFM-100 tip SC (PC) female |
| NP-FIBER40_LC-PC-F | WFM-100 tip LC (PC) female |
| NP-FIBER40_E2000-PC-F | WFM-100 tip E2000 (PC) female |
| NP-FIBER40_FC-APC-F | WFM-100 tip FC (APC) female |
| NP-FIBER40_FC-PC-F | WFM-100 tip FC (PC) female |
| NP-FIBER40_LC-APC-F | WFM-100 tip LC (APC) female |
| NP-FIBER40_ST-PC-F | WFM-100 tip ST (PC) female |
| NP-FIBER40_SC-APC-F | WFM-100 tip SC (APC) female |
| INTERCHANGEABLE TIPS MPO | |
| NP-FIBER40_MPO-APC-F | WFM-100 tip MPO (APC) female |
| NP-FIBER40_MPO-PC-F | WFM-100 tip MPO (PC) female |
One-Click cleaning pens and wipes for cleaning fiber optic joints
NEOCLEAN cleaning pen and ChemPads wipes
The NEOCLEAN series has been developed for easy and reliable cleaning of fibre optic connectors. By extending the housing, exposed connectors as well as ports integrated in racks can be cleaned using the pressure principle.
With the ChemPads, you can reliably clean particles and liquids from your exposed fiber optics.
Common connector types
The Neoclean F-25 cleans all SC/ST/FC/E2000 connectors and 2.5 mm ferrules. The Neoclean F-12 covers LC/MU type connectors and 1.25 mm ferrules. With over 1000 cleaning cycles, the pens have a long service life.
Reliable and safe cleaning
Reliably clean any fiber end surface from grease, dust and other adhesions without leaving scratches or other damage on the surface.
No drying out
The individually packed wipes guarantee a long shelf life and are available immediately.
| Technical Data | Neoclean F-25 | Neoclean F-12 |
| Cleaning cycles | > 1000 | > 1000 |
| Size | 163 x 22 x 15 (L x H x B) mm without attachment plug | |
| Compatible connectors | SC / ST / FC / E2000 2,5 mm ferrule | LC / MU / 1,25 mm ferrule |
| Scope of delivery | 1 NTT NEOCLEAN F25 fiber optic cleaning pen | 1 NEOCLEAN F12 fiber optic cleaning pen |
| Order no. | NP-FIBER11 / NP-FIBER11_5 (Pack of 5 pcs) | NP-FIBER21 / NP-FIBER21_5 (Pack of 5 pcs) |
| Technical Data | Chemtronics CP 400 wipes | |
| Quantity | 50 pieces | |
| Cleaning fluid | Isopropyl alcohol | |
| Scope of delivery | 50 Chemtronics Chempad fiber optic cleaning wipes | |
| Order no. | CP400 | |
Features
RAPID CLEANING | PROTECTS FIBER OPTIC INSTALLATION | UNIVERSALLY APPLICABLE | LONG SERVICE LIFE
For cleaning fiber optic components
Fiber Optic Cleaning Kit
The NetPeppers fiber optic cleaning kit is the perfect companion for anyone installing, splicing, measuring or maintaining fiber.Dirty fiber optic connectors are the most common cause
of transmission difficulties in fiber optic systems in FTTX, campus, building cabling or even wide area networks. The cleaning kit contains everything you need to quickly clean your fiber optic system at a low cost per cleaning. Both components for dry and wet cleaning guarantee that any kind of contamination, such as oil or dust, is reliably removed.
One for all Applications
Universally applicable for common connectors, jacks and fiber optics. Combination of wet and dry cleaning.
Quick Cleaning
Gentle cleaning of liquids and solids on fibers. Ideal for the initial equipment of the installer.
Everything has its place
The box is equipped with a foam insert adapted to the individual parts. All components can be reordered!
| Content | Quantity |
| NTT NEOCLEAN-F25 Cleaning Pen | 1 pc for SC/FC/ST/E2000 connections |
| NTT NEOCLEAN-F12 Cleaning Pen | 1 pc for LC/MU LWL connections |
| Chemtronics QBE2 Cleaning Platform | 1 |
| Chemtronics FSA50 Wet Cleaning Wipes | 50 pcs in a dispenser |
| NetPeppers Fiber Optic Cleaner 100 ml | 1 |
| Hard carrying case with inlay | 1 |
| Order no. | NP-FIBER-KIT100 |
Features
UNIVERSAL AND MANUFACTURER-INDEPENDENT USE | EASY TO REORDER
Rack for I-Boxx 72 (Sortimo compatible)
Convenient storage of NetPeppers Kits
NetPeppers Rack slide-in for the storage of the NetPeppers fiber optic kits in Sortimo vehicle installations. The NetPeppers Rack is the perfect addition for your NetPeppers fiber optic kit in the I-Boxx 72 box. The Rack system offers almost unlimited combination possibilities due to its flexible modular design and the plug-in units can be stacked on top of each other.
Snap-in clamps hold the individual rack inserts firmly together and thus enable the construction of a Sortimo-compatible rack system. The rack inserts are designed in such a way that the I-Boxx 72 cannot simply slip out to the front during transport.
| Technical Data | |
| Weight | 1,10 kg |
| Load capacity | 5 kg |
| Size L x B x H | 44,5 x 34,2 x 10,1 cm |
| Scope of Delivery | 1 x NetPeppers Sortimo – compatible Rack for I-Boxx 72 |
| Order no. | NP-FIBER-KIT_RACK1 |
NETPEPPERS GMBH
Brunnleitenstr. 12
82284 Grafrath
- Phone: +49-89-219097300
- Fax: +49-89-219097309
- E-Mail: mail@netpeppers.com
Website: www.netpeppers.com
FAQ
- Q: What is the purpose of tier 1 testing?
A: Tier 1 testing is performed to measure the power levels of transmitted signals and check for any loss or inconsistencies in the fiber optic network. - Q: What is the difference between shrink and crimp splice protection?
A: Shrink splice protection involves using heat to shrink a protective sleeve around the fusion splice, while crimp splice protection involves using a crimping tool to secure a protective sleeve. - Q: How does an OTDR work?
A: An OTDR sends a series of light pulses into the fiber optic cable and measures the reflected signals to detect any faults or inconsistencies in the network.
Documents / Resources
 |
NETPEPPERS VLP 50 Testing of Fiber Optic Networks [pdf] User Manual VLP 50 Testing of Fiber Optic Networks, VLP 50, Testing of Fiber Optic Networks, of Fiber Optic Networks, Optic Networks, Networks |
