If you’re looking to Sell Corning 400 SM MM Fiber OTDR VFL
Applications
Testing and troubleshooting of LAN, telco, CATV and FTTx networks
Corning Cable Systems’ OptiVisor 400 Optical Time Domain Reflectometer (OTDR) provides testing flexibility by offering a rugged platform with field-interchangeable multimode and single-mode modules. All OTDR modules can be used as CW light source and are available with an optional visual fault locator (VFL) installed. An optional power meter is available on the OptiVisor 400 OTDR mainframe. The standard unit provides internal memory for storage of up to 700 traces using Microsoft® Windows® CE technology, eliminating the need for a hard drive. If extra storage capacity is needed, there is a 1.44 MB floppy drive on the mainframe along with a PCMCIA port.
The OptiVisor 400 OTDR product line offers a wide variety of multimode and single-mode modules including a tri-wavelength single-mode module perfect for FTTx testing. Modules can be easily switched out in the field, without the use of tools, in just a matter of seconds.
The OTDR features a 7.7-inch high-quality color LCD touch screen that is resistant to most common chemicals used in the field. The screen is large enough to view both the trace and the event table, thereby eliminating the need to toggle back and forth between the two.
With three testing modes, the OptiVisor 400 OTDR offers something for every installer. Auto Mode allows the user to select the parameters automatically, making it perfect for basic OTDR applications or the occasional user. Advanced Mode offers more setup and measurement capabilities for the experienced OTDR user. Template Trace Mode allows the user to create a template for comparison with other traces, ideal for quick testing of multiple fibers.
Features / Benefits
Rugged, splash-proof mainframe
Three operating modes: Auto, Advanced, Template Trace
7.7-in color LCD touchscreen
FTTx ready
CW light source standard on all OTDR modules
OTSView software for report generation
Modules available with shortest event dead zone in the industry: 1 meter with 5 ns pulse width
Fast testing with full averaging in as little as 45 seconds; four times faster than industry standard
AC and battery operation
Sample points of up to 128,000 resulting in better trace resolution
Buying, Selling, Trading Corning 400
Specifications
400 OTDR Main Frame
Processor Intel StrongARM, 206 MHz
Interfaces Serial RS-232C; Parallel Printer
External Keyboard PS/2; PCMCIA Type II
Internal Memory 32 MB total (700 traces typ.), standard
Additional Storage (optional) PCMCIA flash cards, up to 6000 traces
Floppy Drive 3.5 inch floppy drive, 1.44 MB
Display Color LCD touchscreen, 19.6 cm (7.7 in), 640 x 480, 256 colors
Touchscreen Resistive, 8 wires; positional accuracy better than 2%, full scale, worst-case error .} 0.5 cm (0.18 in); resistant to most common chemicals
External Power Supply AC input: 100 to 240 V, 50 Hz to 60 Hz
Battery Nickel metal-hydride (NiMH), rechargeable, smart
Battery Operating Time 8 h – NiMH battery
RechargeTime 2.5 h (off), 8 h (on)
Size (H x W x D) 21.6 x 33.6 x 8.9 cm (8.5 x 13.25 x 3.5 in)
Weight 3.7 kg (8.1 lb)
Operating Temperature -5o to 50oC (23o to 122oF)
Storage Temperature -40o to 60oC (-40o to 140oF), Shipping
-20o to 50oC (-4o to 122oF), Long Term
Relative Humidity 0% to 95% max., non-condensing
400-MDSD-58-VFL SM MM Module
Wavelength (nm) 850 ± 10/1300 ± 10
1310± 10/1550± 10
Dynamic Range at 100 ns/1µs (dB) 850/1300nm : 23/27dB
1310/1550nm : 35/34dB
Event Dead Zone (m) 1/1
Attenuation Dead Zone (m) 3/4
If you’re selling your Corning 400 please fill out form on the right hand side of page.