PCB사 한국정식대리점 Sensor Cables

Sensor Cables

PCB Piezotronics

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PCB® manufactures a wide variety of cables that will mate to different sensor types, signal conditioners and data acquisition systems.

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Model 010G10 | PCB Piezotronics

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Model 034W10 | PCB Piezotronics

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Sensor Cables

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PCB® manufactures a wide variety of cable assemblies that will mate to different sensor types, signal conditioners and data acquisition systems.

Cables are an important part of every measurement system. PCB carefully selects different raw cable types from trusted suppliers and time is taken to design cable to connector interfaces that will be reliable. All cable assemblies are produced at one of PCB's manufacturing locations to tightly controlled assembly procedures that ensure durability in various applications and environments.

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How to Avoid Sensor Cabling Problems

There are two primary causes of problems with sensor cabling - connecting the sensor to the cable and cable strain relief. In this "Tips from Techs", learn how to avoid problems with intermittent sensor signals and cable failures.

Types of PCB Sensor Cables:

General Purpose Coaxial Cables

Description: General purpose coaxial cables are used with single axis ICP® sensors. This table provides relevant specifications for four cable types. Type 002 is the most commonly used, but three other types are also available.

Coaxial Cable Types
Model	002	012	018	005
Cable Style	General Purpose	RG-58/U	Flexible, Lightweight	Rugged
Jacket Material	FEP (Fluorinated ethylene propylene)	PVC (Polyvinyl chloride)	PVC (Polyvinyl chloride)	Polyolefin
Jacket Pros	Good tensile strength Good temperature resistance	Resists abrasion Good flexibility	Resists abrasion Good flexibility	Good flexibility Good chemical resistance
Jacket Cons	Less resistant to abrasions or cuts	Lower operating temperature	Lower operating temperature	Lower operating temperature
Temperature Range	-130 to +400 °F -90 to +204 °C	-40 to +176 °F -40 to +80 °C	-22 to +221 °F -30 to +105 °C	-67 to +275 °F -55 to +135 °C
Cable Jacket Diameter	0.075 in 1.9 mm	0.193 in 4.9 mm	0.054 in 1.37 mm	0.200 in 5.08 mm
Pull Strength	50 lb	47 lb	7 lb	55 lb
Bend Radius	1.0 in 20 mm	2.0 in 50 mm	.4 in 14 mm	2.0 in 50 mm
Center Conductor Style	Stranded	Solid	Solid	Stranded
Capacitance	29 pF/ft 95 pF/m	29 pF/ft 95 pF/m	55 pF/ft 180 pF/m	29 pF/ft 95 pF/m
Shield Type Coverage	Braid 95% minimum	Braid 95% minimum	Braid 92% minimum	Braid 90% minimum
Complete specifications	002	012	018	005

Low Noise Coaxial Cables

Low noise coaxial cables are used with single axis and triaxial charge mode sensors. This table provides relevant specifications for four cable types. Type 003 is the most commonly used, but three other types are also available.

Low Noise Coaxial Cable Types
Model	003	030	006	038	098
Cable Style	General Purpose	Miniature, Flexible	Rugged	Rugged	Flexible
Jacket Material	TFE (Tetrafluoroethylene)	FEP (Fluorinated ethylene propylene)	Polyolefin	Polyurethane	TFE (Tetrafluoroethylene)
Jacket Pros	Good tensile strength Good flexibility	Good tensile strength Good flexibility	Good flexibility Good chemical resistance	Excellent abrasion resistance, High tear strength	Good tensile strength Good flexibility
Jacket Cons	Does not resist abrasions or cuts	Does not resist abrasions or cuts	Lower operating temperature	Lower operating temperature	Does not resist abrasions or cuts
Temperature Range	-320 to +500 °F -196 to +260 °C	-130 to +500 °F -90 to +260 °C	-67 to +275 °F -55 to +135 °C	-58 to +250 °F -50 to +121 °C	-130 to +500 °F -90 to +260 °C
Cable Jacket Diameter	0.079 in  2.01 mm	0.042 in  1.09 mm	0.200 in    5.08 mm	0.079 in    2.01 mm	0.079 in  2.06 mm
Pull Strength	75 lb	10 lb	65 lb	- lb	24 lb
Bend Radius	1.0 in 25.4 mm	.5 in 11 mm	2.0 in 50 mm	1.25 in 30 mm	1.0 in 25.4 mm
Center Conductor Style	Solid	Stranded	Solid	Solid	Stranded
Conductor AWG	29 awg	34 awg (7/42)	29 awg	29 awg	30 awg (7/38)
Capacitance	30 pF/ft 90 pF/m	30 pF/ft 98 pF/m	30 pF/ft 105 pF/m	30 pF/ft 100 pF/m	35 pF/ft 115 pF/m
Shield Type Coverage	Braid 90% minimum	Braid 90% minimum	Braid 90% minimum	Braid 90% minimum	Braid 90% minimum
Full specifications	003	030	006	038	098

4-conductor Cables

4-conductor cables are used with ICP® triaxial sensors and single axis MEMS sensors. This table provides the most relevant specifications for five cable types. Type 010 and 034 are the most commonly used, but three other types are also available.

4-Conductor Cable Types
Model	010	034	019	036	068	078
Cable Style	General Purpose	General Purpose, Low Noise	Flexible, Lightweight	Flexible	Low Outgassing	Rugged, Low Noise
Jacket Material	FEP (Fluorinated ethylene propylene)	FEP (Fluorinated ethylene propylene)	Silicone	Silicone	FEP (Fluorinated ethylene propylene)	Polyurethane
Jacket Pros	Good tensile strength Good temperature resistance	Good tensile strength Good temperature resistance	Excellent flexibility Excellent temperature resistance	Excellent flexibility Excellent temperature resistance	Good tensile strength Good temperature resistance	Resists abrasions and cuts
Jacket Cons	Less resistant to abrasions or cuts	Less resistant to  abrasions or cuts	Low tensile strength and tears easily	Low tensile strength and tears easily	Less resistant to abrasions or cuts	Lower operating temperature
Temperature Range	-130 to +392 °F -90 to +200 °C	-130 to +392 °F -90 to +200 °C	-76 to +500 °F -60 to +260 °C	-76 to +392 °F -60 to +200 °C	-130 to +392 °F -90 to +200 °C	-58 to +185 °F -50 to +85 °C
Cable Jacket Diameter	0.1 in 2.54 mm	0.077 in 1.96 mm	0.070 in 1.77 mm	0.104 in 2.64 mm	0.063 in 1.60 mm	0.119 in 3.02 mm
Pull Strength	34 lb	19 lb	10 lb	30 lb	- lb	25 lb
Bend Radius	1.0 in 25.4 mm	1.0 in 25.4 mm	1.0 in 25.4 mm	1.0 in 25.4 mm	1.0 in 25.4 mm	1.0 in 25.4 mm
Center Conductor Style	Stranded	Solid	Solid	Stranded	Stranded	Solid
Conductor AWG	30 awg (7/38)	34 awg	36 awg	32 awg (7/40)	32 awg (7/40)	34 awg
Capacitance (conductor to conductor)	16 pF/ft 52.4 pF/m	14 pF/ft 46 pF/m	15 pF/ft 49.2 pF/m	15 pF/ft 48 pF/m	18 pF/ft 52 pF/m	14 pF/ft 47 pF/m
Capacitance (conductor to shield)	25.8 pF/ft 84.6 pF/m	25 pF/ft 84 pF/m	26 pF/ft 85.2 pF/m	24 pF/ft 76.8 pF/m	28 pF/ft 84.6 pF/m	24.8 pF/ft 81 pF/m
Shield Type Coverage	Braid 90% minimum	Braid 90% minimum	Braid 90% minimum	Braid 90% minimum	Braid 85% minimum	Braid 90% minimum
Full specifications	010	034	019	036	068	078

Multi-Conductor Cables

16 Channel, multi-conductor cables are shielded and wired for PCB® equipment specifically. Shielding minimizes noise when located near other power or signal cables. Custom versions are also available on request. Instrumentation-grade BNC / DB-50 connectors are provided to interface with Patch Panels and Signal Conditioners.

Multi-Conductor Cables
Model	009A10	009V15	009M220/005	009H50	009F10	009B00/010	009N03
Cable Style Multi-Conductor - Ruggedized	Multi-Conductor - General	Multi-Conductor - Ruggedized	Multi-Conductor - Ribbon	Multi-Conductor - Ribbon	Multi-Conductor - Ruggedized	Multi-Conductor - Ribbon	Multi-Conductor - Ribbon
Description	Multi-conductor shielded cable, ruggedized, 10-ft, DB50 female to (16) BNC plugs (Wired for PCB equipment ONLY)	Multi-conductor shielded cable, 15-ft, DB50 female to (16) BNC plugs (Wired for PCB equipment ONLY)	Multi-conductor shielded cable, ruggedized, 10-ft, DB50 female to (16) BNC plugs (Wired for PCB equipment ONLY)	Multi-conductor, shielded flat ribbon cable, 50-ft, DB50 female to DB50 male (Wired for PCB equipment ONLY)	Multi-conductor, unshielded flat ribbon cable, 10-ft, DB50 female to DB50 male (Wired for PCB equipment ONLY)	Multi-conductor shielded cable, ruggedized, 10-ft, DB50 female to DB50 male (Wired for PCB equipment ONLY)	Multi-conductor, unshielded flat ribbon cable, 10-ft, DB50 female to DB50 male (Wired for PCB equipment ONLY)
Jacket Material	PVC	FEP	PVC	PVC	PVC	PVC	PVC
Type of Use	Patch Panel & DAQ	Patch Panel & DAQ	Patch Panel & DAQ	Gender Changer	Gender Changer	Gender Changer	Communication Cable
Connector 1	DB50 Female	DB50 Female	DB50 Female	DB50 Female	DB50 Female	DB50 Female	9-pin Female
Connector 2	(16) BNC Plug	(16) BNC Plug	(16) BNC Plug w/ Drain	DB50 Male	DB50 Male	DB50 Male	9-pin Male & 9-pin Female
Length	10 ft (3 m)	15ft (4.6 m)	5 ft (1.5 m)	50 ft (15.3 m)	10 ft (3 m)	10 ft (3 m)	3ft (0.9 m)
Temperature Range	-31 to 167 °F (-35 to +75 °C)	-85 to 212 °F (-65 to +100 °C)	-31 to 167 °F (-35 to +75 °C)	-31 to 221 °F (-35 to +105 °C)	-40 to 221 °F (-40 to +105 °C)	-31 to 167 °F (-35 to +75 °C)	-40 to 221 °F (-40 to +105 °C)
Nominal Cable Size	Æ0.63 in (16 mm)	Æ0.075 in (1.9 mm)	Æ0.63 in (16 mm)	0.12 in (2.9 mm) Thick	0.04 in (0.9 mm) Thick	Æ0.63 in (16 mm)	0.04 in (0.9 mm) Thick
Bend Radius	6.5 in (16.5 cm)	0.8 in (20 cm)	6.5 in (16.5 cm)	–	–	6.5 in (16.5 cm)	–
Cable Bulk Weight	225 lbs per 1000 ft	6.25 lb per 1000 ft	225 lbs per 1000 ft	–	–	225 lbs per 1000 ft	–
Center Conductor Style	Stranded, shielded twisted pair	Stranded, coax	Stranded, shielded twisted pair	Stranded, shielded ribbon	Stranded, unshielded ribbon	Stranded, shielded twisted pair	Stranded, unshielded ribbon
Center Conductor Material	Tinned Copper	Silver Copper Covered Steel	Tinned Copper	Tinned Copper	Tinned Copper	Tinned Copper	Tinned Copper
Conductor Size	24 AWG (7/32)	30 AWG (7/38)	24 AWG (7/32)	28 AWG (7/36)	28 AWG (7/36)	24 AWG (7/32)	28 AWG (7/36)
Shield Type Coverage	Inner/Outer: Foil w/ Drain	Braid	Inner/Outer: Foil w/ Drain	Foil w/ Dual Drain	–	Inner/Outer: Foil w/ Drain	–
Full specifications	009A10	009V15	009M220/005	009H50	009F10	009B00/010	009N03

Cable Test Box

Learn More

Cables are a critical part of any sensor measurement system and damaged cables cause frequent delays during test setup. PCB has developed a relatively simple device to test cables on a channel by channel basis for BNC, 10-32, and 5-44 coaxial connectors. Simply connect both ends of the cable and faults will be indicated for shield failure, conductor failure, or short circuit shield to conductor. Power is provided by a single, replaceable 9 volt battery.

Highlights:

• Fault indications for shield, conductor, or short circuit
• Compact and Portable
• Battery operation (9V)
• Easy-to-use

Applications:

• Validate cables pre and post-test to insure data integrity
• Vibration, acoustic, pressure, force testing
• Suitable for use during test setup or in cable re-validation

 

Choose PCB sensor cables for your research & development needs

To discuss specific applications, please contact us or request a quote. You can also visit our online shop to find in stock sensors.

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