Cable Solutions
Cables according to
NEC, NFPA 79 and
UL 508A standards
Welcome to LÜTZE
Cable Solutions
Connectivity Solutions
Cabinet Solutions
Control Solutions
Transportation Solutions
Efficiency in Automation - A reflection of
our company philosophy
As an experienced specialist in automation technology,
with solutions for flexible and high flexing cables, cable
assemblies, interfaces, current control and cabinet wiring,
we have had a focus on efficiency for many years.
LÜTZE defines Efficiency in Automation as the use of
sustainable products and solutions to further increase
the performance of our products in our
customers applications.
We realise this by using components for highly efficient
control systems, products with above average life cycles
and raising energy efficiency in control cabinets by
means of the LSC wiring system.
Efficiency in Automation reflects our efforts in striving
for efficient working relationships with our customers:
in a medium sized family owned company we have
short communcation channels and a high level of
manufacturing competence.
The value of a product or a solution from LÜTZE is
determined by its sustainable qualities. Every innovation
will only be successful in the future if it has a long term
positive effect. Therefore, we provide long lasting as
well as highly efficient components.
Thus LÜTZE creates value through efficiency. LÜTZE
provides answers and demonstrates how to handle
resources responsibly, with our environment and our
future in mind. LÜTZE - Efficiency in Automation
For more information on our solutions, please
visit www.luetze.com
Business Management:
Sustainable and forw a
The future is blue
Sustainable enterprise means
thinking and planning ahead,
understanding and embedding
the belief that long lasting success
is more important than short-term
profit maximisation.
This is an attitude that has existed
within LÜTZE for quite some time.
Economic and environmental
responsibilities complement each
other well and are reflected in the
sustainable management and
product policy - and from now in
the SkyBLUE campaign.
We manufacture our products in a
resourceful and energy-conscious
manner. We use long lasting,
environmentally-friendly materials.
And our products, in turn, help
our customers save energy and
resources.
Good for everyone: for us, for the
environment, for our customers a
win-win-win situation.
:
w ard-looking
„The competitiveness of our industry and of its suppliers depends quite substantially on how we succeed in developing practical results. The results that
we produce together today, are our competitive advantages in the future.“
Udo Lütze,
Member of the Executive Committee of
the Green Carbody Innovation Alliance
Goods with real value
The value of a product or a solution
from LÜTZE is determined by its
sustainable qualities as well. Every
innovation is only as successful in
the future if it has a long-term positive effect. Therefore, we provide
long lasting as well as highly efficient components.
We are incorporating the necessary
knowledge and manufacturing
competence in numerous joint
projects with the objective of
improving energy efficiency and
sustainable technologies and
industries. Thus, LÜTZE provides
answers and demonstrates how to
handle resources responsibly, with
our environment and our
future in mind.
How North American codes and
standards affect your choice of cables
NEC, NFPA 79 and UL 508A
The National Electrical Code (NEC)
sible that different States are on dif-
red to as NFPA 70. This code
vary from State to State. Once a
is providing rules and regulation for
electrical applications. It also refercovers the electrical installation for
many areas such as public and private premises, buildings etc.
The NEC is created and updated
every three years by a technical
committee consisting of NFPA members and industry experts. It is pos-
ferent versions of the NEC as the
timeframe to adopt a new code may
State adopted the NEC it becomes
USA. It covers the electric or elec-
the use of listed cables or cords for
volts or less. The NFPA 79 standard
a rule that must be followed. The
NEC will only recognize and allow
field wiring connections.
NFPA 79 is the electrical standard
for industrial machinery in the
tronic equipment of electrical machinery from a nominal voltage of 600
has provisions regarding wiring
practices that represent best practi-
ce. NFPA 79 makes reference to UL
NEC - Regulates the field level
NFPA 79 - Regulates the machine level
UL 508A - Regulates the cabinet level
Listed cable but has a special provision for “recognized component
wiring” in article 12.9.
UL 508A is a standard for industrial
control panels covering the enclosure as well as the panel in applicati-
ons operating from a voltage of 600
volts or less. UL 508A makes reference to UL Listed cable but has a
special provision for “recognized
component wiring” in article 29.2.
Codes and standards are not the same. A standard represents a principle or a model in how
something is being done.
You could call it a “best practice”. Standards are
also defined as a level of quality or attainment and
allow comparative evaluations.
A code goes a step further and represents a law
or regulation that must be followed when it is
given statutory force.
The NEC is not federal law but is enforced by
adoption by state or municipality.
Electrical wiring in the USA is regulated by the
National Electric Code also referred to in short as
the NEC. The NEC will make a reference to many
different standards.
Approvals for North America
Product certifications in North America will often be conducted by the National Recognized Testing Laboratories (NRTL). The
NRTLs are determined by the Occupational Safety and Health Administration (OSHA). You can find a list of the current NRTLs on
www.osha.gov.
LÜTZE mainly uses Underwriters Laboratories (UL) to certify the products. UL (USA) and CSA (Canada) have an agreement that
allows the usage of one certification for both USA and Canada.
In general there are two main certification classes:
Certification
UL Recognized
Logos
UL Listed
Common „UL Listings“ for industrial cables:
Meaning
„UL Recognized“ signifies that the product is rated as a component. A component
is a part of an application. Cables with an „Appliance Wiring Material“ (AWM per
Standard 758) are always „recognized“. Typically these cables are already
installed on the machine when it ships.
„UL Listed“ signifies a cable as actually tested and proven for a specific use. This
way the cable has to match the UL Standards and the requirements of the
National Electric Code (NEC). Typically, cables with a UL Listing are used for field
wiring in North America.
UL Listing type
CM
CMG
CMX
PLTC
PLTC-ER
Description
Meaning
Communication
Cables for data communication per UL category DUZX and NEC 800
Communication General
Cables for data communication per UL category DUZX and NEC 800
Communication Residential
Cables for data communication with restrictions per UL category DUZX and NEC 800
Power Limited Tray Cable
Cables for tray applications per UL category QPTZ and NEC 725
Power Limited Tray Cable
Cables for tray applications per UL category QPTZ and NEC 725 (exposed use possible)
Exposed Run
ITC
Instrumentation Tray Cable
Instrumentation cables for tray applications per UL category NYTT and NEC 727
ITC-ER
Instrumentation Tray Cable
Instrumentation cables for tray applications per UL category NYTT and NEC 727 (exposed use possible)
Exposed Run
TC
Power and Control Tray Cable
Power and control cables for tray applications per UL category QPOR and NEC 336
TC-ER
Power and Control Tray Cable
Power and control cables for tray applications per UL category QPOR and NEC 336 (exposed use possible)
Exposed Run
MTW
Machine Tool Wire
Single or multi conductor control cables for Machine Tool Wiring per UL category ZKHZ and NEC 670
Flexible VFD and Servo Flexible VFD and Servo aka
Power cables for motor and variable frequency drive applications per UL category ZJFH
Flexible Motor Supply Cable
WTTC
Wind Turbine Tray Cable
Power and control cables for wind turbine applications per UL category ZGZN
This list only shows the common UL Listings for typical applications in the field of automation and does not stand for a complete overview of the current UL Listings.
It is possible to combine different UL Listings in one cable. LÜTZE offers a variety of cables with UL Listings for various industrial
applications.
Use of certifications:
Code / Standard
NEC
NFPA 79
UL 508A
Use
Field level
Machine level
Cabinet level
Permissible cables
UL Listed only
UL Listed and/or UL Recognized if in compliance with NFPA 79 12.9
UL Listed and/or UL Regognized if in compliance with UL 508a 29.2
In order to use recognized AWM type cable in compliance with NFPA 79 paragraph 12.9 or UL 508A paragraph 29.2 the machine
builder must assure and document, that the selected cable is suitable for the application. The suitability can be checked easily by
matching the UL AWM style to the application. The UL AWM styles provide, among other things, information about the materials
and wall thickness of a cable.
Example: AWM 2587 describes a 600V 90°C cable with PVC jacket for external wiring.
The actual use, for example, may not exceed the rated voltage of this cable. Typical rated voltages for AWM cables are 30, 300,
600 and 1000V.
Ampacity per National Electric Code (USA)
Calculation of the max. ampacity, based on “NEC 2014 Edition”
According to NEC Tabelle 310.15(B), Edition 2014
Allowable Ampacities of Insulated Conductors Rated 0 Through 2000 Volts, 60 °C – 90 °C (140 °F – 194 °F). Not More
Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature
of 30 °C (86 °F)
Temperature Rating of Conductor
60 °C / 140 °F
75 °C / 167 °F
90 °C / 194 °F
Types TBS, SA, SIS, FEP, FEPB,
MI, RHH, RHW-2, THHN, THHW,
THW-2, THWN-2, USE-2, XHH,
XHHW, XHHW-2, ZW-2
Types RHW, THHW, THW, THWN,
XHHW, USE, ZW
Size AWG oder kcmil
COPPER
18
–
–
16
–
–
14**
15
20
12**
20
25
10**
30
35
8
40
50
6
55
65
4
70
85
3
85
100
2
95
115
1
110
130
1/0
125
150
2/0
145
175
3/0
165
200
4/0
195
230
* Refer to NEC 310.15(B)(2) for the ampacity correction factros where the ambiente temperature is other than 30 °C / 86 °F
* Refer to NEC 240.4(D) for conductor overcurrent protection limitations.
Types TW, UF
14
18
25
30
40
55
75
95
115
130
145
170
195
225
260
Correction Factors
Ambient temperature (Based on 310.15(B)(2)(a))
For ambient temperatures other than 30 °C / 86 °F, multiply the allowable ampacities shown above by the
appropriate factor shown below.
Ambient temperature
60 °C / 140 °F
75 °C / 167 °F
90 °C / 194 °F
21-25 °C / 70-77 °F
1.08
1.05
1.04
26-30 °C / 78-86 °F
1
1
1
31-35 °C / 87-95 °F
0.91
0.94
0.96
36-40 °C / 96-104 °F
0.82
0.88
0.91
41-45 °C / 105-113 °F
0.71
0.82
0.87
46-50 °C / 114-122 °F
0.58
0.75
0.82
51-55 °C / 123-131 °F
0.41
0.67
0.76
56-60 °C / 132-140 °F
–
0.58
0.71
61-70 °C / 141-158 °F
–
0.33
0.58
71-80 °C / 159-176 °F
–
–
0.41
Number of current carrying conductors
Per NEC Table 310.15(B)(3)A
Adjustment Factors for more than three current carrying conductors in Raceway or cable.
Number of Current-Carrying Conductors
Percent of values in tables 310.15(B) through 310.15(B)(19)
as adjusted for ambient temperature if necessary
1-3
100
4-6
80
7-9
70
10-20
50
21-30
45
31-40
40
41 and more
35
Number of conductors Is the total number of conductors in the raceway or cable adjusted in accordance with 310.15(B)(5) and (6)
Example:
Calculation of 80 °C PUR AWG12 motor supply cable with control pair at ambient temperature of 50 °C and a required ampacity of 12,5 Ampere
1. Factor ambient temperature
2. Factor current carrying conductors
0,75
80
→
25 A x 0,75 x 0,8 = 15 A > 12,5 A
Our recommendation AWG12 (equals ca. 4 mm2)
Note: The given values are reference numbers to calculate the required cable sizes. Friedrich Lütze GmbH is not responsible for the conformity
of the values provided by the NEC.
PVC control cables · unshielded
LÜTZE SILFLEX® N PVC CONTROL TRAY CABLE
With approvals for North America according to NEC, NFPA 79 and UL 508A
Use of certifications / Einsatz der Zulassungen
Code / Standard
NEC
NFPA 79
UL 508A
Use / Einsatz
Field level / Feldebene
Machine level / Maschinenebene
Cabinet level / Schaltschrankebene
Application
• Multi-conductor control cables with TC-ER „Exposed Run“ approval
• Machine and device construction, transport and conveyor technology, HVAC technology
• Compliant with NFPA 79 standards
• „TC-ER““ for use on machines and in open cable ducts
• „WTTC“ Wind Turbine Tray Cable for use in wind turbines
• „MTW“ Machine Tool Wire
• „PLTC-ER“ Power Limited Tray Cable – Exposed Run
• „ITC-ER“ Instrumentation Tray Cable – Exposed Run
• In dry, moist and wet rooms
Properties
• Flexible wires with nylon for better resistance to pressure and
impacts as per UL 1277
• Easy stripping and fast installation
• Very flexible flexibility for complex installation distances and small
bending radii
• Improved oil resistance due to specifically developed PVC jacket
• Sunlight-resistant
• „Direct burial“ for installation in the ground
• Silicone free
• RoHS compliant
Technical data
Nominal voltage
Test voltage
Temperature range
moving
fixed
Minimum bending radius
moving
fixed
Burning behavior
Oil resistant
Approvals
1000 V WTTC
600 V TC, MTW 90 °C
300 V PLTC
3000 V
-5 °C to +90 °C
-40 °C to +90 °C
D × 15
D×6
UL 1581, FT 4
Oil res II
UL Type WTTC 1000 V
UL Type TC-ER, MTW 600 V
UL Type PLTC-ER, ITC-ER
UL AWM 20866
CE
RoHS
Construction
• Bare E-copper wire, ASTM, AWG Class K
• Special PVC/nylon, THHN-THWN
• Conductors black with white number print
• Ground conductor green/yellow from 3 strands
• Outer jacket Special PVC according to UL 1581
• Jacket color grey RAL 7001
Specifications are subject to change without prior notice.
10
Part No.
Number of conductors/cross-section
AWG 20 (10/30)
A3082003 SI N TRAY-ER 3×AWG20 GR
A3082004 SI N TRAY-ER 4×AWG20 GR
A3082005 SI N TRAY-ER 5×AWG20 GR
A3082007 SI N TRAY-ER 7×AWG20 GR
A3082012 SI N TRAY-ER 12×AWG20 GR
A3082018 SI N TRAY-ER 18×AWG20 GR
A3082025 SI N TRAY-ER 25×AWG20 GR
AWG 18 (19/30)
A3081802 SI N TRAY-ER 2×AWG18 GR
A3081803 SI N TRAY-ER 3×AWG18 GR
A3081804 SI N TRAY-ER 4×AWG18 GR
A3081805 SI N TRAY-ER 5×AWG18 GR
A3081807 SI N TRAY-ER 7×AWG18 GR
A3081809 SI N TRAY-ER 9×AWG18 GR
A3081812 SI N TRAY-ER 12×AWG18 GR
A3081818 SI N TRAY-ER 18×AWG18 GR
A3081825 SI N TRAY-ER 25×AWG18 GR
A3081834 SI N TRAY-ER 34×AWG18 GR
A3081841 SI N TRAY-ER 41×AWG18 GR
A3081850 SI N TRAY-ER 50×AWG18 GR
AWG 16 (26/30)
A3081602 SI N TRAY-ER 2×AWG16 GR
A3081603 SI N TRAY-ER 3×AWG16 GR
A3081604 SI N TRAY-ER 4×AWG16 GR
A3081605 SI N TRAY-ER 5×AWG16 GR
A3081607 SI N TRAY-ER 7×AWG16 GR
A3081609 SI N TRAY-ER 9×AWG16 GR
A3081612 SI N TRAY-ER 12×AWG16 GR
A3081618 SI N TRAY-ER 18×AWG16 GR
A3081625 SI N TRAY-ER 25×AWG16 GR
A3081634 SI N TRAY-ER 34×AWG16 GR
A3081641 SI N TRAY-ER 41×AWG16 GR
AWG 14 (41/30)
A3081403 SI N TRAY-ER 3×AWG14 GR
A3081404 SI N TRAY-ER 4×AWG14 GR
A3081405 SI N TRAY-ER 5×AWG14 GR
A3081407 SI N TRAY-ER 7×AWG14 GR
A3081409 SI N TRAY-ER 9×AWG14 GR
A3081412 SI N TRAY-ER 12×AWG14 GR
A3081418 SI N TRAY-ER 18×AWG14 GR
A3081425 SI N TRAY-ER 25×AWG14 GR
OD ∅
inches
Weight
Lbs/Mft
Cu-Index
Lbs/Mft
0.268
0.287
0.313
0.335
0.426
0.492
0.672
41.0
49.0
57.0
70.0
110.0
152.0
229.0
9
13
16
22
38
56
79
0.276
0.296
0.320
0.346
0.373
0.425
0.477
0.587
0.677
0.744
0.896
0.910
46.0
54.0
65.0
82.0
102.0
128.0
157.0
240.0
314.0
404.0
520.0
630.0
12
18
24
30
42
54
72
108
150
206
247
302
0.305
0.210
0.347
0.377
0.406
0.473
0.527
0.647
0.748
53.0
66.0
77.0
98.0
122.0
159.0
196.0
294.0
391.0
16
24
32
40
57
73
98
147
204
0.983
670.0
335
0.348
0.378
0.410
0.445
0.516
0.610
0.715
0.825
87.0
108.0
125.0
164.0
213.0
283.0
404.0
537.0
38
51
64
89
115
154
231
321
PVC control cables · unshielded
LÜTZE SILFLEX® N PVC CONTROL TRAY CABLE
With approvals for North America according to NEC, NFPA 79 and UL 508A
Use of certifications / Einsatz der Zulassungen
Code / Standard
NEC
NFPA 79
UL 508A
Use / Einsatz
Field level / Feldebene
Machine level / Maschinenebene
Cabinet level / Schaltschrankebene
Application
• Multi-conductor control cables with TC-ER „Exposed Run“ approval
• Machine and device construction, transport and conveyor technology, HVAC technology
• Compliant with NFPA 79 standards
• „TC-ER““ for use on machines and in open cable ducts
• „WTTC“ Wind Turbine Tray Cable for use in wind turbines
• „MTW“ Machine Tool Wire
• „PLTC-ER“ Power Limited Tray Cable – Exposed Run
• „ITC-ER“ Instrumentation Tray Cable – Exposed Run
• In dry, moist and wet rooms
Properties
• Flexible wires with nylon for better resistance to pressure and
impacts as per UL 1277
• Easy stripping and fast installation
• Very flexible flexibility for complex installation distances and small
bending radii
• Improved oil resistance due to specifically developed PVC jacket
• Sunlight-resistant
• „Direct burial“ for installation in the ground
• Silicone free
• RoHS compliant
Technical data
Nominal voltage
Test voltage
Temperature range
moving
fixed
Minimum bending radius
moving
fixed
Burning behavior
Oil resistant
Approvals
Part No.
Number of conductors/cross-section
AWG 12 (65/30)
A3081203 SI N TRAY-ER 3×AWG12 GR
A3081204 SI N TRAY-ER 4×AWG12 GR
A3081205 SI N TRAY-ER 5×AWG12 GR
A3081207 SI N TRAY-ER 7×AWG12 GR
AWG 10 (105/30)
A3081004 SI N TRAY-ER 4×AWG10 GR
A3081005 SI N TRAY-ER 5×AWG10 GR
AWG 8 (168/30)
A3080804 SI N TRAY-ER 4×AWG8 GR
AWG 6 (266/30)
A3080604 SI N TRAY-ER 4×AWG6 GR
AWG 4 (413/30)
A3080404 SI N TRAY-ER 4×AWG4 GR
AWG 2 (665/30)
A3080204 SI N TRAY-ER 4×AWG2 GR
OD ∅
inches
Weight
Lbs/Mft
Cu-Index
Lbs/Mft
0.382
0.437
0.475
0.556
122.0
150.0
183.0
255.0
63
83
105
147
0.573
0.623
233.0
288.0
130
162
0.744
398.0
214
0.820
535.0
339
1.070
927.0
514
1.225
1352.0
874
1000 V WTTC
600 V TC, MTW 90 °C
300 V PLTC
3000 V
-5 °C to +90 °C
-40 °C to +90 °C
D × 15
D×6
UL 1581, FT 4
Oil res II
UL Type WTTC 1000 V
UL Type TC-ER, MTW 600 V
UL Type PLTC-ER, ITC-ER
UL AWM 20866
CE
RoHS
Construction
• Bare E-copper wire, ASTM, AWG Class K
• Special PVC/nylon, THHN-THWN
• Conductors black with white number print
• Ground conductor green/yellow from 3 strands
• Outer jacket Special PVC according to UL 1581
• Jacket color grey RAL 7001
Specifications are subject to change without prior notice.
11
PVC control cables · shielded
LÜTZE SILFLEX® N (C) PVC CONTROL TRAY CABLE
With approvals for North America according to NEC, NFPA 79 and UL 508A
Use of certifications / Einsatz der Zulassungen
Code / Standard
NEC
NFPA 79
UL 508A
Use / Einsatz
Field level / Feldebene
Machine level / Maschinenebene
Cabinet level / Schaltschrankebene
Application
• Multi-conductor control cables with TC-ER „Exposed Run“ approval
• Machine and device construction, HVAC technology, heating and
climate technology
• Compliant with NFPA 79 standards
• „TC-ER““ for use on machines and in open cable ducts
• „WTTC“ Wind Turbine Tray Cable for use in wind turbines
• „MTW“ Machine Tool Wire
• „PLTC-ER“ Power Limited Tray Cable – Exposed Run
• „ITC-ER“ Instrumentation Tray Cable
• In dry, moist and wet rooms
Properties
• Flexible wires with nylon for better resistance to pressure and
impacts as per UL 1277
• Easy stripping and fast installation
• Very flexible flexibility for complex installation distances and small
bending radii
• Improved oil resistance due to specifically developed PVC jacket
• Sunlight-resistant
• „Direct burial“ for installation in the ground
• Silicone free
• RoHS compliant
Technical data
Nominal voltage
Test voltage
Temperature range
moving
fixed
Minimum bending radius
moving
fixed
Burning behavior
Oil resistant
Approvals
1000 V WTTC
600 V TC, MTW 90 °C
300 V PLTC
3000 V
-5 °C to +90 °C
-40 °C to +90 °C
D × 15
D×6
UL 1581, FT 4
Oil res II
UL Type WTTC 1000 V
UL Type TC-ER, MTW 600 V
UL Type PLTC-ER, ITC-ER
UL AWM 20866
CE
RoHS
Construction
• Bare E-copper wire, ASTM, AWG Class K
• Special PVC/nylon, THHN-THWN
• Foiled shield 100 % optical coverage
• Drain wire, tin-plated copper
• Braid from tinned copper wire, optical coverage ≥ 80 %
• Conductors black with white number print
• Ground conductor green/yellow from 3 strands
• Outer jacket Special PVC according to UL 1581
• Jacket color grey RAL 7001
Specifications are subject to change without prior notice.
12
Part No.
Number of conductors/cross-section
AWG 20 (10/30)
A3092003 SI N (C)PVC TRAY-ER (3×AWG20)GR
A3092004 SI N (C)PVC TRAY-ER (4×AWG20)GR
A3092005 SI N (C)PVC TRAY-ER (5×AWG20)GR
A3092007 SI N (C)PVC TRAY-ER (7×AWG20)GR
A3092012 SI N (C)PVC TRAY-ER (12×AWG20)GR
A3092018 SI N (C)PVC TRAY-ER (18×AWG20)GR
A3092025 SI N (C)PVC TRAY-ER (25×AWG20)GR
AWG 18 (19/30)
A3091802 SI N (C)PVC TRAY-ER (2×AWG18)GR
A3091803 SI N (C)PVC TRAY-ER (3×AWG18)GR
A3091804 SI N (C)PVC TRAY-ER (4×AWG18)GR
A3091805 SI N (C)PVC TRAY-ER (5×AWG18)GR
A3091807 SI N (C)PVC TRAY-ER (7×AWG18)GR
A3091812 SI N (C)PVC TRAY-ER (12×AWG18)GR
A3091818 SI N (C)PVC TRAY-ER (18×AWG18)GR
A3091825 SI N (C)PVC TRAY-ER (25×AWG18)GR
AWG 16 (26/30)
A3091603 SI N (C)PVC TRAY-ER (3×AWG16)GR
A3091604 SI N (C)PVC TRAY-ER (4×AWG16)GR
A3091605 SI N (C)PVC TRAY-ER (5×AWG16)GR
A3091607 SI N (C)PVC TRAY-ER (7×AWG16)GR
A3091612 SI N (C)PVC TRAY-ER (12×AWG16)GR
A3091618 SI N (C)PVC TRAY-ER (18×AWG16)GR
A3091625 SI N (C)PVC TRAY-ER (25×AWG16)GR
AWG 14 (41/30)
A3091403 SI N (C)PVC TRAY-ER (3×AWG14)GR
A3091404 SI N (C)PVC TRAY-ER (4×AWG14)GR
A3091405 SI N (C)PVC TRAY-ER (5×AWG14)GR
A3091407 SI N (C)PVC TRAY-ER (7×AWG14)GR
A3091412 SI N (C)PVC TRAY-ER (12×AWG14)GR
AWG 12 (65/30)
A3091203 SI N (C)PVC TRAY-ER (3×AWG12)GR
A3091204 SI N (C)PVC TRAY-ER (4×AWG12)GR
AWG 10 (105/30)
A3091004 SI N (C)PVC TRAY-ER (4×AWG10)GR
OD ∅
inches
Weight
Lbs/Mft
Cu-Index
Lbs/Mft
0.295
0.315
0.336
0.360
0.450
0.520
0.620
56.0
65.0
74.0
92.0
131.0
181.0
246.0
20
25
28
36
56
78
102
0.305
0.320
0.345
0.368
0.395
0.500
0.610
0.692
61.0
71.0
86.0
100.0
121.0
180.0
268.0
342.0
23
30
36
44
58
91
131
177
0.343
0.370
0.398
0.430
0.575
0.665
0.770
87.0
102.0
119.0
145.0
239.0
327.0
423.0
39
48
58
75
121
174
233
0.375
0.406
0.440
0.475
0.640
110.0
133.0
154.0
198.0
316.0
57
72
85
113
182
0.425
0.460
150.0
182.0
89
110
0.594
284.0
169
PVC motor, servo and frequency converter cables shielded
LÜTZE DRIVEFLEX XLPE (C) PVC
With approvals for North America according to NEC, NFPA 79 and UL 508A
Use of certifications / Einsatz der Zulassungen
Code / Standard
NEC
NFPA 79
UL 508A
Use / Einsatz
Field level / Feldebene
Machine level / Maschinenebene
Cabinet level / Schaltschrankebene
Application
• Shielded motor connection cable, especially for connecting
motors to frequency converters
• Flexible design for easy installation
• Compliant with NFPA 79 standards
• Low capacitance and high dielectric strength for long cable
lengths from inverter to motor
• In dry and moist rooms
• Especially for industrial environments in mechanical and system
engineering
• „TC-ER“ for use in machines and open cable ducts
• Flexible Motor Supply (Flexible VFD & Servo) for connection to
electrical drives
• „WTTC“ Wind Turbine Tray Cable for use in wind turbines
Part No.
Number of strands/cross-section
OD ∅
mm
OD ∅
inches
Weight
Lbs/Mft
Cu-Index
Lbs/Mft
A2161604
A2161404
A2161204
A2161004
A2160804
A2160604
A2160404
A2160204
(4GAWG16)
(4GAWG14)
(4GAWG12)
(4GAWG10)
(4GAWG8)
(4GAWG6)
(4GAWG4)
(4GAWG2)
12.4
14.2
15.6
17.8
23.5
25.7
29.3
34.2
0.490
0.560
0.615
0.700
0.925
1.010
1.155
1.345
149.0
200.0
262.0
359.0
603.0
763.0
1126.0
1559.0
57
80
128
186
295
425
632
997
Properties
• Special XLPE insulation with low capacitance
• High dielectric strength
• Effective EMC-compatible shielding thanks to 2-layer shield
• PVC outer jacket, easy to strip
• Sunlight-resistant
• „Direct burial“ for installation in the ground
• Silicone free
• RoHS compliant
Technical data
Nominal voltage
Test voltage
Temperature range
moving
fixed
Minimum bending radius
moving
fixed
Burning behavior
1000 V Flexible VFD Servo Cable
1000 V WTTC
600 V TC-ER
4000 V
-5 °C to +90 °C
-40 °C to +90 °C
D × 15
D×6
UL 1581, FT 4
Construction
• E-copper wire tinned, ASTM, AWG Class K
• Conductor insulation Spedial XLPE, RHW-2 moist/dry
• Foiled shield 100 % optical coverage
• Drain wire, tin-plated copper
• Braid from tinned copper wire, optical coverage ≥ 80 %
• Conductors black with white number print
• Ground conductor green/yellow
• Outer jacket Special PVC according to UL 1581
• Jacket color black RAL 9005
Specifications are subject to change without prior notice.
13
TPE Motor cables · shielded · static
LÜTZE SILFLEX®M (C) TPE POWER TRAY CABLE
With approvals for North America according to NEC, NFPA 79 and UL 508A
Use of certifications / Einsatz der Zulassungen
Code / Standard
NEC
NFPA 79
UL 508A
Use / Einsatz
Field level / Feldebene
Machine level / Maschinenebene
Cabinet level / Schaltschrankebene
Application
• Supply line for Allen-Bradley and other Systems
• Shielded multi-conductor cable for motor and servo motor applications
• Cable design for harsh industrial environments and operating conditions with high noise levels
• Improved insulation design with additional conductor stress relief
layer as a power distortion suppressant
• Compliant with NFPA 79 standards tool wiring
• TC-ER for use with cable trays without conduit, which can reduce
material and labor costs
• UL Type 1000V Flexible Motor Supply Cable for Motor/Power
applications
• Dry, damp and wet locations
Properties
• Conductor stress relief layer prevents premature cable failure and
reduces corona effects, increasing reliability and lifetime
• Flexible design with Nylon for crush impact resistance per UL
1277 and easy installation
• Very round cable with small diameter
• Specially formulated TPE jacket for superior oil resistance per Oil
Res I and II
• Resistant to many mineral and vegetable based cutting oils
• Non-wicking fillers
• Sunlight resistant
• Direct burial
• UL Type TC-Exposed Run
• Talc free and Silicone free
Technical data
Nominal voltage
Temperature range
moving
fixed
Minimum bending radius
moving
fixed
Approvals
1000 V Flexible Motor Supply
1000 V WTTC
600 V UL TC
600 V UL MTW
600 V UL AWM 105 °C
-5 °C to +90 °C
-40 °C to +90 °C (105 °C)
D × 15
D×6
UL Flexible Motor Supply Cable
UL Type WTTC 1000 V
UL Type TC-ER
MTW 600 V
UL AWM Style 20328
CE
RoHS
REACH
Class 1 Div. 2 per NEC
Art. 336, 392, 501
C(UL) TC and CIC FT4
UL 1277
Oil Res I and II
Construction
• Bare E-copper wire, ASTM, AWG Class K
• Conductor insulation PVC/Nylon insulation with conductor stress
relief layer
• Braid from tinned copper wire, optical coverage ≥85%
• Strand color brown, black, bluePair: black, wihte
• Ground conductor green/yellow
• Outer jacket Special TPE according to UL 1581
• Jacket color orange RAL 2003
Allen-Bradley article designations are registered trademarks.
Specifications are subject to change without prior notice.
14
Part No.
No. of conductors
incl. ground
Construction without signal strands
A3161604 AWG 16 (16/30)
(4GAWG16)
A3161404 AWG 14 (41/30)
(4GAWG14)
A3161204 AWG 12 (65/30)
(4GAWG12)
A3161004 AWG 10 (105/30)
(4GAWG10)
A3160804 AWG 8 (168/30)
(4GAWG8)
Assembly with 1 signal pair
A3171604 AWG 16 (16/30)
(4GAWG16+(2×AWG18))
A3171404 AWG 14 (41/30)
(4GAWG14+(2×AWG18))
A3171204 AWG 12 (65/30)
(4GAWG12+(2×AWG18))
A3171004 AWG 10 (105/30)
(4GAWG10+(2×AWG18))
A3170804 AWG 8 (168/30)
(4GAWG8+(2×AWG18))
A3170604 AWG 6 (266/30)
(4GAWG6+(2×AWG18))
A3170404 AWG 4 (413/30)
(4GAWG4+(2×AWG18))
A3170204 AWG 2 (665/30)
(4GAWG2+(2×AWG18))
OD ∅
mm
OD ∅
inches
Weight
Lbs/Mft
Cu-Index
Lbs/Mft
10.4
0.410
124.0
50
11.6
0.455
159.0
71
13.0
0.510
214.0
107
16.5
0.650
321.0
161
21.0
0.825
490.0
267
12.1
0.477
161.0
72
12.8
0.505
196.0
92
15.0
0.590
263.0
128
18.2
0.716
380.0
191
22.6
0.890
568.0
285
25.5
1.003
786.0
417
29.5
1.162
1119.0
613
34.0
1.340
1543.0
983
Copyright
Protected trademarks and trade names are not always labelled as such in this publication.
This does not mean they are free names as defined in the trademark and brand mark law.
Publication does not imply that the descriptions or pictures used are free from rights of third
parties. The information is published without regard to possible patent protection. Trade names
are used without any guarantee that they can be used freely. In putting together text, pictures
and data, we proceeded with the greatest care. Despite this, the possibility of errors cannot be
completely excluded. We therefore reject any legal responsibility or liability. We are, of course,
grateful for any recommendations for improvement or information useful for making corrections
or establishing the truth. But the author does not assume any responsibility for the content of
these documents.
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USA
LUTZE INC.
13330 South Ridge Drive
Charlotte, NC 28273
Tel.: +1 704 504-0222
Fax: +1 704 504-0223
info@lutze.com
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Tamworth, Staffs, B77 4DU
Tel.: + 44 1827 31333-0
Fax: + 44 1827 31333-2
sales.gb@lutze.co.uk
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office@luetze.at
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LÜTZE AG
info@luetze.ch
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lutze@lutze.fr
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LUTZE, S.L.
info@lutze.es
www.luetze.com
www.lutze.com
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Luetze Trading (Shanghai) Co.Ltd.
info@luetze.cn
04.2016.P1UB06.USA1500 02.33 • © by Friedrich Lütze GmbH, Weinstadt, Deutschland • Printed in Germany. Subject to technical modification.
Germany
Friedrich Lütze GmbH
Postfach 12 24 (PLZ 71366)
Bruckwiesenstraße 17-19
D-71384 Weinstadt
Tel.: +49 7151 6053-0
Fax: +49 7151 6053-277(-288)
info@lutze.de