Fischer Rugged Flash Drives
Safe data storage & transportation in harsh environments.
The Fischer Rugged Flash Drives is an extremely robust and sealed memory stick, specially designed for safe storage and transportation of sensitive data in harsh and high-vibration environments. The unique connector interface, combined with durable encapsulation technique, guarantees secure access and data safety in case of loss or theft.
The Fischer Rugged Flash Drives is an extremely robust and sealed memory stick, specially designed for safe storage and transportation of sensitive data in harsh and high-vibration environments. The unique connector interface, combined with durable encapsulation technique, guarantees secure access and data safety in case of loss or theft.
The Fischer Rugged Flash Drives is an extremely robust and sealed memory stick, specially designed for safe storage and transportation of sensitive data in harsh and high-vibration environments. The unique connector interface, combined with durable encapsulation technique, guarantees secure access and data safety in case of loss or theft.
The Fischer Rugged Flash Drives is an extremely robust and sealed memory stick, specially designed for safe storage and transportation of sensitive data in harsh and high-vibration environments. The unique connector interface, combined with durable encapsulation technique, guarantees secure access and data safety in case of loss or theft.
The Fischer Rugged Flash Drives is an extremely robust and sealed memory stick, specially designed for safe storage and transportation of sensitive data in harsh and high-vibration environments. The unique connector interface, combined with durable encapsulation technique, guarantees secure access and data safety in case of loss or theft.
The Fischer Rugged Flash Drives is an extremely robust and sealed memory stick, specially designed for safe storage and transportation of sensitive data in harsh and high-vibration environments. The unique connector interface, combined with durable encapsulation technique, guarantees secure access and data safety in case of loss or theft.
The Fischer Rugged Flash Drives is an extremely robust and sealed memory stick, specially designed for safe storage and transportation of sensitive data in harsh and high-vibration environments. The unique connector interface, combined with durable encapsulation technique, guarantees secure access and data safety in case of loss or theft.
The Fischer Rugged Flash Drives is an extremely robust and sealed memory stick, specially designed for safe storage and transportation of sensitive data in harsh and high-vibration environments. The unique connector interface, combined with durable encapsulation technique, guarantees secure access and data safety in case of loss or theft.
The Fischer Rugged Flash Drives is an extremely robust and sealed memory stick, specially designed for safe storage and transportation of sensitive data in harsh and high-vibration environments. The unique connector interface, combined with durable encapsulation technique, guarantees secure access and data safety in case of loss or theft.
Our Rugged Flash Drives are used in several sector :
Our Rugged Flash Drives are used in several sector :
Our Rugged Flash Drives are used in several sector :
In the Defense & Security industry, they are utilized for field data acquisition, secure storage of sensitive mission information, support for communication protocols, management of network configurations and software deployment. Applications include rugged laptops, tablets, tactical radios and command centers.
In the Industrial sector, Rugged Flash Drives find application in storing critical operational data, machinery configurations, sensor data, and maintenance logs. Sectors include manufacturing and industrial automation, energy and utilities, mining, forestry, and agriculture.
In the Motorsport industry, Rugged Flash Drives are used to capture information from the multiple sensors in the car.
In the Defense & Security industry, they are utilized for field data acquisition, secure storage of sensitive mission information, support for communication protocols, management of network configurations and software deployment. Applications include rugged laptops, tablets, tactical radios and command centers.
In the Industrial sector, Rugged Flash Drives find application in storing critical operational data, machinery configurations, sensor data, and maintenance logs. Sectors include manufacturing and industrial automation, energy and utilities, mining, forestry, and agriculture.
In the Motorsport industry, Rugged Flash Drives are used to capture information from the multiple sensors in the car.
In the Defense & Security industry, they are utilized for field data acquisition, secure storage of sensitive mission information, support for communication protocols, management of network configurations and software deployment. Applications include rugged laptops, tablets, tactical radios and command centers.
In the Industrial sector, Rugged Flash Drives find application in storing critical operational data, machinery configurations, sensor data, and maintenance logs. Sectors include manufacturing and industrial automation, energy and utilities, mining, forestry, and agriculture.
In the Motorsport industry, Rugged Flash Drives are used to capture information from the multiple sensors in the car.
Our Rugged Flash Drives are used in several sector :
Our Rugged Flash Drives are used in several sector :
Our Rugged Flash Drives are used in several sector :
In the Defense & Security industry, they are utilized for field data acquisition, secure storage of sensitive mission information, support for communication protocols, management of network configurations and software deployment. Applications include rugged laptops, tablets, tactical radios and command centers.
In the Industrial sector, Rugged Flash Drives find application in storing critical operational data, machinery configurations, sensor data, and maintenance logs. Sectors include manufacturing and industrial automation, energy and utilities, mining, forestry, and agriculture.
In the Motorsport industry, Rugged Flash Drives are used to capture information from the multiple sensors in the car.
In the Defense & Security industry, they are utilized for field data acquisition, secure storage of sensitive mission information, support for communication protocols, management of network configurations and software deployment. Applications include rugged laptops, tablets, tactical radios and command centers.
In the Industrial sector, Rugged Flash Drives find application in storing critical operational data, machinery configurations, sensor data, and maintenance logs. Sectors include manufacturing and industrial automation, energy and utilities, mining, forestry, and agriculture.
In the Motorsport industry, Rugged Flash Drives are used to capture information from the multiple sensors in the car.
In the Defense & Security industry, they are utilized for field data acquisition, secure storage of sensitive mission information, support for communication protocols, management of network configurations and software deployment. Applications include rugged laptops, tablets, tactical radios and command centers.
In the Industrial sector, Rugged Flash Drives find application in storing critical operational data, machinery configurations, sensor data, and maintenance logs. Sectors include manufacturing and industrial automation, energy and utilities, mining, forestry, and agriculture.
In the Motorsport industry, Rugged Flash Drives are used to capture information from the multiple sensors in the car.
Our Rugged Flash Drives are used in several sector :
Our Rugged Flash Drives are used in several sector :
Our Rugged Flash Drives are used in several sector :
In the Defense & Security industry, they are utilized for field data acquisition, secure storage of sensitive mission information, support for communication protocols, management of network configurations and software deployment. Applications include rugged laptops, tablets, tactical radios and command centers.
In the Industrial sector, Rugged Flash Drives find application in storing critical operational data, machinery configurations, sensor data, and maintenance logs. Sectors include manufacturing and industrial automation, energy and utilities, mining, forestry, and agriculture.
In the Motorsport industry, Rugged Flash Drives are used to capture information from the multiple sensors in the car.
In the Defense & Security industry, they are utilized for field data acquisition, secure storage of sensitive mission information, support for communication protocols, management of network configurations and software deployment. Applications include rugged laptops, tablets, tactical radios and command centers.
In the Industrial sector, Rugged Flash Drives find application in storing critical operational data, machinery configurations, sensor data, and maintenance logs. Sectors include manufacturing and industrial automation, energy and utilities, mining, forestry, and agriculture.
In the Motorsport industry, Rugged Flash Drives are used to capture information from the multiple sensors in the car.
In the Defense & Security industry, they are utilized for field data acquisition, secure storage of sensitive mission information, support for communication protocols, management of network configurations and software deployment. Applications include rugged laptops, tablets, tactical radios and command centers.
In the Industrial sector, Rugged Flash Drives find application in storing critical operational data, machinery configurations, sensor data, and maintenance logs. Sectors include manufacturing and industrial automation, energy and utilities, mining, forestry, and agriculture.
In the Motorsport industry, Rugged Flash Drives are used to capture information from the multiple sensors in the car.
Key features
USABILITY
- State-of-the-art memory technology
- Available in high storage capacity and fast data transfer
- Miniature and lightweight
- Discrete design
- Built-in lanyard hole
SECURITY AND RESISTANCE
- Unique connector interface
- IP68 unmated
- Shock, corrosion, and vibration resistant
- Resistant to extreme temperatures
Key features
USABILITY
- State-of-the-art memory technology
- Available in high storage capacity and fast data transfer
- Miniature and lightweight
- Discrete design
- Built-in lanyard hole
SECURITY AND RESISTANCE
- Unique connector interface
- IP68 unmated
- Shock, corrosion, and vibration resistant
- Resistant to extreme temperatures
Key features
USABILITY
- State-of-the-art memory technology
- Available in high storage capacity and fast data transfer
- Miniature and lightweight
- Discrete design
- Built-in lanyard hole
SECURITY AND RESISTANCE
- Unique connector interface
- IP68 unmated
- Shock, corrosion, and vibration resistant
- Resistant to extreme temperatures
For more information
Technical download
Product flyerThe right technology for the right application
The Fischer UltiMate™ 32 GB 3D TLC flash drive is an excellent choice for application requiring robustness and secure access in harsh environments.
The Fischer UltiMate™ 32 GB 3D TLC flash drive is an excellent choice for application requiring robustness and secure access in harsh environments.
The Fischer UltiMate™ 32 GB 3D TLC flash drive is an excellent choice for application requiring robustness and secure access in harsh environments.
The Fischer MiniMax™ 256 GB 3D TLC flash drive offers high storage capacity and fast transfer speeds to safely accommodate large data sets.
The Fischer MiniMax™ Plus 32 GB pSLC* flash drive is ideal for mission-critical applications, providing unparalleled endurance, reliability and speed.
The Fischer MiniMax™ 256 GB 3D TLC flash drive offers high storage capacity and fast transfer speeds to safely accommodate large data sets.
The Fischer MiniMax™ Plus 32 GB pSLC* flash drive is ideal for mission-critical applications, providing unparalleled endurance, reliability and speed.
The Fischer MiniMax™ 256 GB 3D TLC flash drive offers high storage capacity and fast transfer speeds to safely accommodate large data sets.
The Fischer MiniMax™ Plus 32 GB pSLC* flash drive is ideal for mission-critical applications, providing unparalleled endurance, reliability and speed.
Fischer Rugged Flash Drives offer two types of NAND memory technology:
Fischer Rugged Flash Drives offer two types of NAND memory technology:
Fischer Rugged Flash Drives offer two types of NAND memory technology:
3D TLC (Triple-Level Cell)
Stores vertically (hence 3D) 3 bits of data per memory cell for higher storage density, up to 256 GB.
pSLC (pseudo Single-Level Cell)*
Stores only 1 bit of data per memory cell for greater reliability and longevity.
* Available upon request.
* Available upon request.
* Available upon request.
Flash Drives specifications
Flash Drives specifications
Flash Drives specifications
|
Memory capacity |
NAND technology |
USB protocol |
Read speed |
Write speed |
Locking system |
Part number |
Designation |
| 32 GB | 3D TLC | 2.0 | Up to 30 MB/s* | Up to 17 MB/s* | Push-pull | 142693 | FD USB2 0032-3T UP01L08 M004 AN1 |
|
Memory capacity |
NAND technology |
USB protocol |
Read speed |
Write speed |
Locking system |
Part number |
Designation |
| 32 GB | 3D TLC | 2.0 | Up to 30 MB/s* | Up to 17 MB/s* | Push-pull | 142693 | FD USB2 0032-3T UP01L08 M004 AN1 |
|
Memory capacity |
NAND technology |
USB protocol |
Read speed |
Write speed |
Locking system |
Part number |
Designation |
| 32 GB | 3D TLC | 2.0 | Up to 30 MB/s* | Up to 17 MB/s* | Push-pull | 142693 | FD USB2 0032-3T UP01L08 M004 AN1 |
|
Memory capacity |
NAND technology |
USB protocol |
Read speed |
Write speed |
Locking system |
Part number |
Designation |
| 256 GB | 3D TLC | 3.1 Gen 1 | Up to 220 MB/s* | Up to 120 MB/s* | Push-pull | 142698 | FD USB3 0256-3T MP11L08 H009 AN1 |
| Screw | 142700 | FD USB3 0256-3T MP11S08 H009 AN1 |
|
Memory capacity |
NAND technology |
USB protocol |
Read speed |
Write speed |
Locking system |
Part number |
Designation |
| 256 GB | 3D TLC | 3.1 Gen 1 | Up to 220 MB/s* | Up to 120 MB/s* | Push-pull | 142698 | FD USB3 0256-3T MP11L08 H009 AN1 |
| Screw | 142700 | FD USB3 0256-3T MP11S08 H009 AN1 |
|
Memory capacity |
NAND technology |
USB protocol |
Read speed |
Write speed |
Locking system |
Part number |
Designation |
| 256 GB | 3D TLC | 3.1 Gen 1 | Up to 220 MB/s* | Up to 120 MB/s* | Push-pull | 142698 | FD USB3 0256-3T MP11L08 H009 AN1 |
| Screw | 142700 | FD USB3 0256-3T MP11S08 H009 AN1 |
*For more detailed information on the plug interface, refer to Ultimate and MiniMax Technical Specifications.
*For more detailed information on the plug interface, refer to Ultimate and MiniMax Technical Specifications.
*For more detailed information on the plug interface, refer to Ultimate and MiniMax Technical Specifications.
| Metal parts | Material | Finish | ||
| ISO designation | Standard | Designation | Standard | |
| Housing |
Brass CuZn39Pb3 |
CW614N UNS C 38500 |
Anthracite Nickel |
SAE-AMS-QQ-N-290B SAE-AMS-2404 G |
| Metal parts | Material | Finish | ||
| ISO designation | Standard | Designation | Standard | |
| Housing |
Brass CuZn39Pb3 |
CW614N UNS C 38500 |
Anthracite Nickel |
SAE-AMS-QQ-N-290B SAE-AMS-2404 G |
| Metal parts | Material | Finish | ||
| ISO designation | Standard | Designation | Standard | |
| Housing |
Brass CuZn39Pb3 |
CW614N UNS C 38500 |
Anthracite Nickel |
SAE-AMS-QQ-N-290B SAE-AMS-2404 G |
*For more detailed information on the plug interface, refer to Ultimate and MiniMax Technical Specifications.
*For more detailed information on the plug interface, refer to Ultimate and MiniMax Technical Specifications.
*For more detailed information on the plug interface, refer to Ultimate and MiniMax Technical Specifications.
| UltiMate | MiniMax | Standards | ||
| Part number | 142693 | 142698 | 142700 | |
| Locking system | Push-pull | Screw | ||
| Mating cycles | 10,000 | 5,000 | IEC 60512-9-1 | |
| Sealing* | IP68 2m/24h | IP68 20m/24h |
• IEC 60529 • MIL-STD-810 Method 512.6 |
|
| Virbation | 10 to 500 Hz (1.5 mm or 10 g), 12 sweep cycles per axis, 15 minutes per 10-500-10 Hz sweep cycle, no discontinuity >1 µs, no visible signs of damage | MIL-STD-202 Method 204 Condition A | ||
| 10 to 2000 Hz (1.5 mm or 15 g), 12 sweep cycles per axis, 20 minutes per 10-2000-10 Hz sweep cycle, no discontinuity >1 μs, no visible signs of damage | MIL-STD-202 Method 204 Condition B | |||
| Corrosion | Salt mist, 1,000 hours, 5% salt solution, 35 °C (mated or with cap when unmated) |
• IEC 60068-2-11 Test Ka • MIL-STD-202 Method 101 condition A • EIA-364-26 |
||
| Shock | 5 drop tests from 1.5 m height | MIL-STD-810 Method 516.8 Procedure IV | ||
| Operatingtemperatures | 0 °C to +70 °C | MIL-STD-810 Method 501.7 and 502.7 | ||
| Storagetemperatures | -25 °C to +85 °C |
• IEC 60068-2-14Nb • MIL-STD-810 Method 501.7 and 502.7 |
||
* Performance before and after thermal cycles, in mated and unmated conditions
| UltiMate | MiniMax | Standards | ||
| Part number | 142693 | 142698 | 142700 | |
| Locking system | Push-pull | Screw | ||
| Mating cycles | 10,000 | 5,000 | IEC 60512-9-1 | |
| Sealing* | IP68 2m/24h | IP68 20m/24h |
• IEC 60529 • MIL-STD-810 Method 512.6 |
|
| Virbation | 10 to 500 Hz (1.5 mm or 10 g), 12 sweep cycles per axis, 15 minutes per 10-500-10 Hz sweep cycle, no discontinuity >1 µs, no visible signs of damage | MIL-STD-202 Method 204 Condition A | ||
| 10 to 2000 Hz (1.5 mm or 15 g), 12 sweep cycles per axis, 20 minutes per 10-2000-10 Hz sweep cycle, no discontinuity >1 μs, no visible signs of damage | MIL-STD-202 Method 204 Condition B | |||
| Corrosion | Salt mist, 1,000 hours, 5% salt solution, 35 °C (mated or with cap when unmated) |
• IEC 60068-2-11 Test Ka • MIL-STD-202 Method 101 condition A • EIA-364-26 |
||
| Shock | 5 drop tests from 1.5 m height | MIL-STD-810 Method 516.8 Procedure IV | ||
| Operatingtemperatures | 0 °C to +70 °C | MIL-STD-810 Method 501.7 and 502.7 | ||
| Storagetemperatures | -25 °C to +85 °C |
• IEC 60068-2-14Nb • MIL-STD-810 Method 501.7 and 502.7 |
||
* Performance before and after thermal cycles, in mated and unmated conditions
| UltiMate | MiniMax | Standards | ||
| Part number | 142693 | 142698 | 142700 | |
| Locking system | Push-pull | Screw | ||
| Mating cycles | 10,000 | 5,000 | IEC 60512-9-1 | |
| Sealing* | IP68 2m/24h | IP68 20m/24h |
• IEC 60529 • MIL-STD-810 Method 512.6 |
|
| Virbation | 10 to 500 Hz (1.5 mm or 10 g), 12 sweep cycles per axis, 15 minutes per 10-500-10 Hz sweep cycle, no discontinuity >1 µs, no visible signs of damage | MIL-STD-202 Method 204 Condition A | ||
| 10 to 2000 Hz (1.5 mm or 15 g), 12 sweep cycles per axis, 20 minutes per 10-2000-10 Hz sweep cycle, no discontinuity >1 μs, no visible signs of damage | MIL-STD-202 Method 204 Condition B | |||
| Corrosion | Salt mist, 1,000 hours, 5% salt solution, 35 °C (mated or with cap when unmated) |
• IEC 60068-2-11 Test Ka • MIL-STD-202 Method 101 condition A • EIA-364-26 |
||
| Shock | 5 drop tests from 1.5 m height | MIL-STD-810 Method 516.8 Procedure IV | ||
| Operatingtemperatures | 0 °C to +70 °C | MIL-STD-810 Method 501.7 and 502.7 | ||
| Storagetemperatures | -25 °C to +85 °C |
• IEC 60068-2-14Nb • MIL-STD-810 Method 501.7 and 502.7 |
||
* Performance before and after thermal cycles, in mated and unmated conditions
| UltiMate | MiniMax | Details | |||
| Part number | 142693 | 142698 | 142700 | ||
| Memory type | 3D TLC NAND | ||||
| Memory capacity | 32 GB | 256 GB | |||
| USB protocol | USB 2.0 | USB 3.1 Gen 1 | |||
| Typical maximum speed | Read | Up to 30 MB/s* | Up to 220 MB/s* | Technology not suitable to be used as boot drive* | |
| Write | Up to 17 MB/s* | Up to 120 MB/s* | |||
| Advanced flash management | Wear leveling | Bad block management | ECC | ||||
| Supported OS |
•Windows: XP or later •Mac OS versions: X or later (USB 1.1 speed), 10.2.8 or later (USB 2.0 speed), 10.8 or later (USB 3.2 Gen 1 speed – for MiniMax variants only) •Linux Kernel versions: 2.4.0 or later (USB 1.1 speed), 2.4.10 or later (USB 1.1 speed), 2.6.31 or later (USB 3.2 Gen 1 speed – for MiniMax variants only) |
||||
| Mean time between failure | 4,000,000 hours | Predicted value* | |||
| Terabytes Written (TBW) | Sequential write | 369 TB | 2,953 TB | Calculated value at +30 °C | |
| Mix write | 92 TB | 738 TB | |||
| Random write | 24 TB | 169 TB | |||
* Application dependent
| UltiMate | MiniMax | Details | |||
| Part number | 142693 | 142698 | 142700 | ||
| Memory type | 3D TLC NAND | ||||
| Memory capacity | 32 GB | 256 GB | |||
| USB protocol | USB 2.0 | USB 3.1 Gen 1 | |||
| Typical maximum speed | Read | Up to 30 MB/s* | Up to 220 MB/s* | Technology not suitable to be used as boot drive* | |
| Write | Up to 17 MB/s* | Up to 120 MB/s* | |||
| Advanced flash management | Wear leveling | Bad block management | ECC | ||||
| Supported OS |
•Windows: XP or later •Mac OS versions: X or later (USB 1.1 speed), 10.2.8 or later (USB 2.0 speed), 10.8 or later (USB 3.2 Gen 1 speed – for MiniMax variants only) •Linux Kernel versions: 2.4.0 or later (USB 1.1 speed), 2.4.10 or later (USB 1.1 speed), 2.6.31 or later (USB 3.2 Gen 1 speed – for MiniMax variants only) |
||||
| Mean time between failure | 4,000,000 hours | Predicted value* | |||
| Terabytes Written (TBW) | Sequential write | 369 TB | 2,953 TB | Calculated value at +30 °C | |
| Mix write | 92 TB | 738 TB | |||
| Random write | 24 TB | 169 TB | |||
* Application dependent
| UltiMate | MiniMax | Details | |||
| Part number | 142693 | 142698 | 142700 | ||
| Memory type | 3D TLC NAND | ||||
| Memory capacity | 32 GB | 256 GB | |||
| USB protocol | USB 2.0 | USB 3.1 Gen 1 | |||
| Typical maximum speed | Read | Up to 30 MB/s* | Up to 220 MB/s* | Technology not suitable to be used as boot drive* | |
| Write | Up to 17 MB/s* | Up to 120 MB/s* | |||
| Advanced flash management | Wear leveling | Bad block management | ECC | ||||
| Supported OS |
•Windows: XP or later •Mac OS versions: X or later (USB 1.1 speed), 10.2.8 or later (USB 2.0 speed), 10.8 or later (USB 3.2 Gen 1 speed – for MiniMax variants only) •Linux Kernel versions: 2.4.0 or later (USB 1.1 speed), 2.4.10 or later (USB 1.1 speed), 2.6.31 or later (USB 3.2 Gen 1 speed – for MiniMax variants only) |
||||
| Mean time between failure | 4,000,000 hours | Predicted value* | |||
| Terabytes Written (TBW) | Sequential write | 369 TB | 2,953 TB | Calculated value at +30 °C | |
| Mix write | 92 TB | 738 TB | |||
| Random write | 24 TB | 169 TB | |||
* Application dependent
| USB signal | VCC (power) | D- | D+ | GND | SSRX-(SDP1-**) | SSRX+(SDP1+**) | GND_DRAIN | SSTX-(SDP2-**) | SSTX+(SDP2+**) |
| Ultimate pin number | 2* | 1 | 4 | 3* | |||||
| MiniMax pin number | 4* | 1 | 3 | 9* | 8 | 7 | 2 | 6 | 5 |
* First mate last break contacts.
** SDP = Shielded Differential Pair (used for USB 3.0).
| USB signal | VCC (power) | D- | D+ | GND | SSRX-(SDP1-**) | SSRX+(SDP1+**) | GND_DRAIN | SSTX-(SDP2-**) | SSTX+(SDP2+**) |
| Ultimate pin number | 2* | 1 | 4 | 3* | |||||
| MiniMax pin number | 4* | 1 | 3 | 9* | 8 | 7 | 2 | 6 | 5 |
* First mate last break contacts.
** SDP = Shielded Differential Pair (used for USB 3.0).
| USB signal | VCC (power) | D- | D+ | GND | SSRX-(SDP1-**) | SSRX+(SDP1+**) | GND_DRAIN | SSTX-(SDP2-**) | SSTX+(SDP2+**) |
| Ultimate pin number | 2* | 1 | 4 | 3* | |||||
| MiniMax pin number | 4* | 1 | 3 | 9* | 8 | 7 | 2 | 6 | 5 |
* First mate last break contacts.
** SDP = Shielded Differential Pair (used for USB 3.0).
All Fischer Rugged Flash Drives are equipped as standard with a protective soft cap.
All Fischer Rugged Flash Drives are equipped as standard with a protective soft cap.
All Fischer Rugged Flash Drives are equipped as standard with a protective soft cap.
Optional adapters are available to connect Fischer Rugged Flash Drives to standard USB ports.
| Locking system | Part number | |
| UltiMate | Push-pull | 119702 |
| MiniMax | Push-pull | 132737 |
| MiniMax | Screw | 132739 |
Optional adapters are available to connect Fischer Rugged Flash Drives to standard USB ports.
| Locking system | Part number | |
| UltiMate | Push-pull | 119702 |
| MiniMax | Push-pull | 132737 |
| MiniMax | Screw | 132739 |
Optional adapters are available to connect Fischer Rugged Flash Drives to standard USB ports.
| Locking system | Part number | |
| UltiMate | Push-pull | 119702 |
| MiniMax | Push-pull | 132737 |
| MiniMax | Screw | 132739 |
| UltiMate | MiniMax | |||||||||||||||||
| UR01 | UR02 | UR03 | MR11- Push-pull | MR11 – Screw | ||||||||||||||
 |
 |
 |
 |
 |
||||||||||||||
| Designation | Designation | Designation | Designation | Designation | ||||||||||||||
| UR01W08 F004S BK1 E1AB | UR02W08 F004S BK1 E1AB | UR03W08 F004S BK1 E1NB | MR11WL08 0009 AN1 E1AP | MR11WS08 0009 AN1 E1AP | ||||||||||||||
| Part number | 119663 | Part number | 125490 | Part number | 124932 | Part number | 132907 | Part number | 132910 | |||||||||
* Examples of compatible interface connectors with solder terminations. For other compatible receptacles please contact four Fischer Connectors sales representative or refer to UltiMate and MiniMax Technical Specifications. Images are for illustration purposes only.
| UltiMate | MiniMax | |||||||||||||||||
| UR01 | UR02 | UR03 | MR11- Push-pull | MR11 – Screw | ||||||||||||||
|
|
|
|
|
|
||||||||||||||
| Designation | Designation | Designation | Designation | Designation | ||||||||||||||
| UR01W08 F004S BK1 E1AB | UR02W08 F004S BK1 E1AB | UR03W08 F004S BK1 E1NB | MR11WL08 0009 AN1 E1AP | MR11WS08 0009 AN1 E1AP | ||||||||||||||
| Part number | 119663 | Part number | 125490 | Part number | 124932 | Part number | 132907 | Part number | 132910 | |||||||||
* Examples of compatible interface connectors with solder terminations. For other compatible receptacles please contact four Fischer Connectors sales representative or refer to UltiMate and MiniMax Technical Specifications. Images are for illustration purposes only.
| UltiMate | MiniMax | |||||||||||||||||
| UR01 | UR02 | UR03 | MR11- Push-pull | MR11 – Screw | ||||||||||||||
|
|
|
|
|
|
||||||||||||||
| Designation | Designation | Designation | Designation | Designation | ||||||||||||||
| UR01W08 F004S BK1 E1AB | UR02W08 F004S BK1 E1AB | UR03W08 F004S BK1 E1NB | MR11WL08 0009 AN1 E1AP | MR11WS08 0009 AN1 E1AP | ||||||||||||||
| Part number | 119663 | Part number | 125490 | Part number | 124932 | Part number | 132907 | Part number | 132910 | |||||||||
* Examples of compatible interface connectors with solder terminations. For other compatible receptacles please contact four Fischer Connectors sales representative or refer to UltiMate and MiniMax Technical Specifications. Images are for illustration purposes only.