Amphenol RJF 544 Series Connectors
QUICK PUSH-PULL COUPLING
The Amphenol RJ Field series allows the use of an Ethernet Class D/ CAT5e and Class E/CAT6 connection for Ethernet over twisted-pair networks in harsh environments. The RJStop® connection system protects from shock, dust and fluid. No hazardous on-field cabling and grounding required!
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AMPHENOL RJF 544 SERIES MAIN CHARACTERISTICS - Composite material
- Compliant with IEC 60603-7 variant 12
- Shock, vibration and traction-resistant
- No-cabling operation in-field and no tools required
- Sealed against fluids and dust (IP68)
- Quick push-pull coupling
- RJ45 cordset retention in the plug: 100 N in the axis
- Mating cycles: 500 min.
- Improved EMI protection
- Compatible with cable diameter from 0.236 in.
(6 mm) to 0.512 in. (13.0 mm)
AMPHENOL RJF 544 SERIES ENVIRONMENTAL PROTECTION - Sealing: IP68
- Salt Spray > 1000-hour
- Fire retardant/low smoke: UL94 VO and NFF 16102, DIN 5510-2
- Vibrations: 10 – 500 Hz, 10 g, 3 axes: no discontinuity > 10 nano seconds
- Thermal shock: 5 cycles at -40°F to +212°F (-40°C to +100°C)
- Operating temperature: -40°F to +185°F (-40°C to +85°C)
AMPHENOL RJF 544 SERIES DATA TRANSMISSION - 10 Base-T, 100 Base-TX and 1000 Base-T networks
- CAT5e per TIA/EIA 568B and Class D per ISO/IEC 11801
- CAT6 per TIA/EIA 568 and Class E per ISO 11801
AMPHENOL RJF 544 SERIES TECH SPECS
Number of possible Codings (polari-zations)
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AMPHENOL RJF 544 SERIES APPLICATIONS
- Robotics
- Military data hubs
- Special machines
- Welding machines
- Communications
- CNC machines
- Process & motion control
- Diagnostics
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AMPHENOL RJF 544 SERIES SELECT PART NUMBER
Flange Straight Metal Insert
Flange
Right
Angle
Metal Insert Flange Straight 8 PCB Tinned Holes Insert Removal Tool for Plug
** Select for cordset length
03 = 11.81 (0.30M)
05 = 19.68 (0.50M)
10 = 39.37 (1.00M)
15 = 59.05 (1.50M)
BOLD = Stocked items
†† Use prefix RJF5446 for CAT6 version (receptacles only)
All dimensions in inches (millimeters in parentheses)
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AMPHENOL RJF 544 SERIES RJF 544 6
All dimensions in inches (millimeters in parentheses)
AMPHENOL RJF 544 SERIES RJF 5446 21 / RJF 544 21
 AMPHENOL RJF 544 SERIES RJF 5446 21 RA / RJF 544 21 RA
Panel Cutout
All dimensions in inches (millimeters in parentheses)
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AMPHENOL RJF 544 SERIES 544 02 BM
All dimensions in inches (millimeters in parentheses)
AMPHENOL RJF 544 SERIES 544 02 BE
All dimensions in inches (millimeters in parentheses)
AMPHENOL RJF 544 SERIES CABLE CAT5e
General construction: A four-pair, 24 AWG, 100 Ohm SFTP round patch cable, designed to the ISO / IEC 11801 Category 5e requirements (CAT5e on 76m). The cable contains four twisted pairs, cabled, double-shielded with Kevlar reinforcement strands, jacketed in black UV-resistant polyurethane HFFR. Designed for fixed or portable applications in harsh environments.
HFFR: HALOGEN-FREE FLAME-RETARDANT
Jacket Compound Specification:
Halogen-free flame-retardant polyether-based polyurethane. Glossy finish.
Excellent hydrolysis resistance. High microbial resistance. UV-resistant. High flexibility.
AMPHENOL RJF 544 SERIES PHYSICAL CHARACTERISTICS
Conductors 24 AWG (0.25 mm2)
Tinned copper, 7 x 0.2 mm
Insulation Color-coded 568-B, Linear lowdensity polyethylene, Nom. Dia. 0.039” (1mm)
Assembly Pairs cabled with Kevlar-strength members and separation-tape wrapped
Shields Inner: Aluminum mylar 100% coverage
Outer: Tinned-copper braid 80% coverage
Jacket Black, special PUR compound
Weight 40 lbs / mft (59 kg/km)
Outside Dia. 0.28” (7.1 mm) nom.
Min. Bend Radius (During installation) 67.5mm (9 x O.D.)
Min. Bend Radius (During operation) 37.5mm (5 x O.D.)
Min. Flexes to Failure Passes IEC 61156-6 requirements
Temperature -40°F to +185°F (-40°C to +85°C)
Reel of Cable
(without RJ45 plug on ends)
AMPHENOL RJF 544 SERIES ELECTRICAL CHARACTERISTICS
DC Resistance 96 Ohms/KM @ 20°C
Impedance 100 ± 15 Ohms 1-100 MHz
Attenuation
772 KHz - 2.70 db/100m nom.
1 MHz - 3.15 db/100m nom.
4 MHz - 6.45 db/100m nom.
10 MHz - 9.90 db/100m nom.
16 MHz - 12.3 db/100m nom.
20 MHz - 13.8 db/100m nom.
31.25 MHz - 17.7 db/100m nom.
62.5 MHz - 25.6 db/100m nom.
100 MHz - 33 db/100m nom.
Capacitance 46pF/m nom. @ 1KHz
Capacitance Unbalance 3.4 pF/m max. @ 1KHz (wire to ground)
Insulation Resistance 150 M Ohm min.
Dielectric Strength VAC/1 min - 700 v/min.
Propagation Delay (100 MHz) 5.2 ns/m max. @ 100 MHz
Delay Skew 20 ns/100m max. @ 100 MHz
Resistance Unbalance 3% max. @ 20°
Structural Return Loss (100 MHz) 23 db/100m min. @ 1-20 MHz
Spark Test 3 KV (tested during production)
Velocity of propagation 67% nom.
All dimensions in inches (millimeters in parentheses)
AMPHENOL RJF 544 SERIES CABLE CAT6
General construction: A four-pair, 24 AWG, 100 Ohm SFTP round patch cable, designed to the ISO / IEC 11801 Category 5e requirements (CAT5e on 76m). The cable contains four twisted pairs, cabled, double-shielded with Kevlar reinforcement strands, jacketed in black UV-resistant polyurethane HFFR. Designed for fixed or portable applications in harsh environments.
HFFR: HALOGEN-FREE FLAME-RETARDANT
Jacket Compound Specification:
Halogen-free flame-retardant polyether-based polyurethane. Glossy finish.
Excellent hydrolysis resistance. High microbial resistance. UV-resistant. High flexibility.
AMPHENOL RJF 544 SERIES PHYSICAL CHARACTERISTICS
Conductors 26 AWG (0,14 mm²) tinned copper
Insulation Polythylene Nom. Dia. 0,039" (1mm)
Assembly Pairs cabled with Kevlar strength members and separation tape wrapped
Shields Inner: aluminium mylar 100% coverage
Outer: tinned copper braid 80% coverage
Jacket Black, special PUR compound
Weight 36.9 lbs / mft (55 kg/km)
Outside Dia. 0.272"(6.9 mm) nom.
Min. Bend Radius (During installation) 72mm (10x O.D.)
Min. Bend Radius (During operation) 36mm (5 x O.D.)
Min. Flexes to Failure Passes IEC 61156-6 requirements
Temperature -40°F to +185°F (-40°C to +85°C)
Reel of Cable
(without RJ45 plug on ends)
AMPHENOL RJF 544 SERIES ELECTRICAL CHARACTERISTICS
Attenuation
N.E.X.T (Near End Crosstalk Loss)
Capacitance 46pF/m nom. @ 1KHz
Capacitance Unbalance 3.4 pF/m max. @ 1KHz (wire to ground)
Insulation Resistance 150 M Ohm min.
Dielectric Strength VVAC/1 min - 700 v/min.
Propagation Delay 4.6 ns/m
Structural Return Loss 15.6dB
Velocity of propagation 72% nom
All dimensions in inches (millimeters in parentheses)
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