Ilsco SSI SpecPro SSM 48 Series User manual

PO Box 15732, Brooksville, FL 34604 - Phone: [phone], Fax [phone]
www.surgesuppression.com
2018 SSI®. Rev Date 10/9/2018
Page 1of 2
SS06044
Description:
Parallel connected, AC power Surge Protective Device.
Application:
Designed for use at ANSI/IEEE C62.41.1 & C62.41.2 location
categories C, B and A. Designed to protect all types of loads fed
from individual disconnects, sub panels, distribution panels and
service entrance locations.
Warranty:
15 Years
Unit Listings:
Listed to ANSI/UL 1449 4th Edition by UL (E315947), CSA
(MC#241804); UL1283
Circuit Design:
Parallel connected, hybrid circuit design incorporating both
component level thermal fusing and internal over-current fusing. All
protection circuits are encapsulated in our high dielectric
compound to promote long component life and protection from the
weather and vibration.
Protection Modes:
All Mode –L-L, Discrete L-N (Normal Mode), and Discrete
L-G, N-G (Common Mode).
Input Frequency:
50-420 Hz (60 Hz typical)
Insertion Loss Data:
(L-N for 3Y1)
Frequency:
Attenuation:
280 kHz
3 dB
1 MHz
17 dB
Max Attenuation & Freq.
40 dB @ 483 kHz
EMI/RFI Filtering:
Up to 41 db normal mode, 39 db common mode
Circuit Diagnostics:
Super Bright LED, 1 per phase, normally on. See pg. 2 for
additional diagnostics options
Connection/mounting:
#10 Wire (pre-installed), hub (installed at time of installation) and
integral, multi-point mounting feet.
Circuit Interrupt:
Internal component-level, thermal fusing and patented circuit board
mounted, over-current fusing. No external over-current protection
required. (Note: National and local codes may require the use of a
circuit interrupt device(s) if conduit is added to make the wired
connection to the panel or gear.) SCCR = 200 kA
Nominal Discharge
Current (In) Rating:
10 kA (SSMC48, SSMA48); 20 kA (SSMB48, SSMD48**)
(**Complies with the requirements of UL 96A Master Label for Installation
Requirements for Lightning Protection Systems)
Designed specifically for the new construction and “bid spec” market place, the SSM series of
Surge Protective Devices provides the features, performance and value required by
discriminating specifying engineers. This device is intended for protection of general-purpose
load applications ranging from individual equipment disconnects and sub panels to distribution
panels and service entrance locations. It is extremely effective in limiting lightning surges as
well as internally generated transients.
The SSM series provides an effective blend of leading edge suppression design technology,
straight forward, no frills engineering and customer driven, value added options. Specify the
SSM with confidence.
Key Features:
Industry Leading Measured
Limiting Voltage Performance
Independent Verification of
Performance and Safety
Component-Level, Thermal
Fusing and Over-Current Fusing
No moving parts or springs - No
mechanical or electro-mechanical
thermal/over-current protection
Circuit Encapsulation
15 Year Warranty
Voltage
Code
ANSI/UL 1449 (Fourth Edition)
Voltage Protection Rating (VPR)
L-N
HL-N
L-G
HL-G
N-G
L-L
HL-L
1P1
600
-
600
-
600
-
-
1S1
600
-
600
-
600
1200
-
3Y1
600
-
600
-
600
1200
-
3D1
600
900
600
1000
600
1200
1800
3Y2
900
-
1000
-
900
2000
-
3N4
-
-
1800
-
-
1800
-
SSMx48 Series
480 kA Per Phase
Peak Surge Current
ANSI/UL1449 UL Fourth Edition
A = Type 2 SPD, In= 10 kA
B = Type 2 SPD, In= 20 kA
C = Type 1 SPD, In= 10 kA
D = Type 1 SPD, In= 20 kA

MEASURED LIMITING VOLTAGE PERFORMANCE AND ELECTRICAL SPECIFICATIONS
Voltage
Code*
Circuit Type
Peak Surge
Current (Amps)
Per Mode
&
Per Phase
MCOV
ANSI/IEEE C62.41.1TM-2002, C62.41.2TM-2002, C62.45TM-2002, and C62.62TM-2010
Measured Limiting Voltages (tested with 6 inches of lead length external to the
enclosure per Clauses 6.1.1 of C62.62TM-2010 and 37.4.4 of ANSI/UL 1449-2006)
Test
Mode
Cat A 30 Ω 100 kHz Ring Wave
6 kV 200 A @ 90° Phase Angle
Category C (High) 10 kA
8/20 Current Driven Test†
1P1
120 V, Single Ø
(2 wire + ground)
240,000 Per Mode
(L-N, L-G, N-G)
480,000 Per Phase
150
150
150
L-N
L-G
N-G
261 V
272 V
491 V
729 V
781 V
991 V
1S1
120/240 V, Split Ø
(3 wire + ground)
240,000 Per Mode
(L-L, L-N,
L-G, N-G)
480,000 Per Phase
320
150
150
150
L-L
L-N
L-G
N-G
412 V
261 V
272 V
491 V
964 V
729 V
781 V
991 V
3Y1
120/208 V, 3ØY
(4 wire + ground)
240,000 Per Mode
(L-L, L-N,
L-G, N-G)
480,000 Per Phase
320
150
150
150
L-L
L-N
L-G
N-G
412 V
261 V
272 V
491 V
964 V
729 V
781 V
991 V
3D1
120/240 V, 3Ø
(4 wire + ground)
240,000 Per Mode
(L-L, L-N,
HL-N, L-G
HL-G, N-G)
480,000 Per Phase
320
150
320
150
320
150
L-L
L-N
HL-N
L-G
HL-G
N-G
412 V
261 V
392 V
272 V
376 V
491 V
964 V
729 V
1,374 V
781 V
1,414 V
991 V
3Y2
277/480 V, 3ØY
(4 wire + ground)
240,000 Per Mode
(L-L, L-N,
L-G, N-G)
480,000 Per Phase
550
320
320
320
L-L
L-N
L-G
N-G
484 V
392 V
376 V
817 V
1,758 V
1,374 V
1,414 V
1,661 V
3N2
240, 3
(3 wire + ground)
240,000 Per Mode
(L-L, L-G)
480,000 Per Phase
320
320
L-L
L-G
412 V
376 V
964 V
1,414 V
3N4
480 V, 3
(3 wire + ground)
240,000 Per Mode
(L-L, L-G)
480,000 Per Phase
550
550
L-L
L-G
505 V
505 V
1,758 V
2,071 V
Measured Limiting Voltage (MLV) Test Parameters: Positive polarity, Category A: Line power applied, Category C: No line power applied, Voltages are peak (±10%). Measured Limiting Voltages are
measured from the insertion point on the sine wave to the peak of the surge for powered tests. Each phase is the average of the modes within that mode of protection. In order to duplicate the results, the
specified mode of protection must be tested in all modes (except N-G) and averaged together. (Individual mode or shot results may vary by more than 10%. Scope Settings: Time Base = 10 microseconds
per division, Sampling Rate = 2.5 Gigasamples/sec, Bandwidth = 400 MHz (200 MHz for Cat C), Probes: Tektronix P5100/P6015A. These settings help to assure MLV results are accurate). All tests
performed with 6” lead length (external to the enclosure), simulating actual installed performance. The MLVs reported above are certified by Third-Party, Independent Testing. Individual test
reports are available upon request.
†The MLV reported for the Category C High, 10 kA 8/20 Current Driven Test is determined by measuring the MLV of one of the fifteen 10 kA impulses impressed through the SPD during the Nominal
Discharge Current (In) Test from C62.62TM-2010 and ANSI/UL 1449-4th Edition. This is not the MLV recorded during the pre- and/or post-test 6 kV / 3 kA Combination Wave Test used to determine the
VPR of the SPD. The VPRs are reported on page 1 of this specification.
*Other voltage configurations may be available. Contact your sales representative for additional assistance.
Enclosure Dimensions
Inches
(mm)
Standard
Model
Enclosure Options
W
X
A
14.00
(356)
14.00
(356)
18.00
(458)
B
12.00
(305)
12.00
(305)
16.00
(407)
C
6.00
(153)
6.00
(153)
10.00
(254)
D
15.50
(394)
15.50
(394)
19.50
(496)
E
15.98
(406)
15.98
(406)
19.98
(508)
F
13.23
(309)
13.23
(309)
17.23
(411)
G
14.75
(375)
14.75
(375)
18.94
(482)
H
10.00
(254)
10.00
(254)
14.00
(356)
Type
NEMA
12
Steel
NEMA
4
Steel
NEMA
4X
Composite
lbs.
(kg)
30
(13.61
30
(13.61)
55
(24.95)
Model Number Example: SSMB483Y2D5
Base Model:
SPD Type and Nominal Discharge Current (In) Rating:
kA
Voltage Code:
Options:
SSM
A = Type 2 SPD, In= 10 kA C = Type 1 SPD, In= 10 kA
B = Type 2 SPD, In= 20 kA D = Type 1 SPD, In= 20 kA
480
See Voltage Codes
3Y2
See Option codes
D5
Integral
Disconnect
D5, D6 option
configuration
(Enclosure
24x20x10)
(CSA)
SPD
Inside
Options
Description
AC10
Basic Internal Audible Alarm
AC11
Basic Internal Audible Alarm w/
on, off, and test
AC10S6
Basic Alarm/ Surge Counter
AC11S6
Basic Alarm w/ surge counter
on, off, and test
D5 (CSA)
Integral Disconnect Switch **
D6 (CSA)
Integral Disconnect Switch (no
external handle) **
E1
Hub on right side of enclosure
P
Flush Mount Plate
R2
Remote LED's in separate
enclosure
S
Internal Surge Counter
W
NEMA 4 Metal Enclosure
X
NEMA 4X (Box-in-box) with
terminals
XS
NEMA 4X Stainless Steel
Corrosion Resistant Enclosure
Additional options may be available upon
request.
** Housed in a NEMA 4X Composite Enclosure

© 2017 Surge Suppression, LLC NN00140 Rev. Date: 6/29/2017
WARNING - HAZARDOUS VOLTAGES ARE PRESENT. Improper installation may result in serious injury to the installer and/or damage to the
electrical system or related equipment. Read all instructions before beginning the installation. Safety equipment must be used as prescribed by OSHA,
whenever working around hazardous voltages.
Failure of unit and/or consequential equipment damage due to improper installation or misapplication is not covered by the product
warranty.
Voltage measurements and installation must be completed by a licensed/qualified electrician in accordance with the National and/or Canadian
Electric Code, State, and Local codes. These requirements supersede this instruction.
POWER MUST BE REMOVED FROM THE ELECTRICAL SYSTEM BEFORE INSTALLING THE UNIT.
INSTALLATION MATERIALS REQUIRED
The following is a list of materials that may be needed for proper installation of this Surge Protective Device (SPD). This list is intended to help the installer anticipate
materials needed for a successful installation. The installer should become familiar with the scope of work to avoid lost time and improper installation. Failure to use fittings
that are “Listed” will void the “Listing” of the SPD.
•For Splices: 3 (or more) cable taps; such as: NSI IPCS- 2001 or 7501 (per Code).
•Attachment Hardware: Use (four) screws or anchor toggle bolts, flat washers and lock washers.
•¾” hub (included with most models).
•Tools: Drill & bits, Mechanical Knock out Set, Channel Locks™, Level, Screwdrivers, Appropriate Safety Equipment.
WIRING DIAGRAM
This device is suitable for use on a circuit capable of delivering not more than 200,000 RMS symmetrical
Amperes, for the respective models’ (max.) nominal voltage shown in the Table of Maximum Suggested
Operating Voltages on page 2.
The SPD is equipped with integral fuses. This allows the device to be installed directly to the system bus
bars, to the main lugs in a panel or disconnect, or to a circuit breaker. Consult NEC/CEC, State and
Local Codes to assure compliance†.
In the event that one or more of the LED status indicators fail to illuminate, the entire device should be
returned for warranty replacement. If service of the device is a consideration (i.e: removal and
replacement), and there is no means to remove power from the SPD without removing power from the
entire system, the installer may consider incorporating a disconnect device between the SPD and the
system connecting point.
The design of these units provides superior protection for sensitive/critical equipment connected to
distribution panels, sub-distribution panels or individual equipment disconnects. These units are
designed for use at IEEE C62.41 Location Categories A, B, and C. “Voltage Responsive” type units are
designed to be used in 50 to 420 Hz applications. NOTE: SPDs with model numbers beginning with the
letter “C” are “Frequency Responsive” (sine wave tracking) units and are designed to be used in 50 to 60
Hz applications only and shall not be used at locations where the voltage frequency fluctuates (i.e.: on
the output of variable frequency drives).
When inspecting the panel prior to installation, insure that a proper safety ground is present as required
by the NEC/CEC.
Note: Pre-existing breakers of the rated load size (30 amp, etc.), that are serving existing loads, may be
utilized if the breaker is “Listed” for this application (see NEC) and provided the owner/tenant has
authorized multiple conductor termination.
†[ex.: NEC ‘10-foot tap rule’ for direct bus tapping.].
NOTE FOR ISOLATED GROUND
If the electrical system uses an isolated ground, connect the SPD ground to the isolated ground bus. EXCEPTION FOR METAL ENCLOSURES AND/OR METALLIC
HUBS – For metal enclosures and/or metallic hubs, the SPD ground wire is bonded to the enclosure internally. If the system uses an isolated ground, the SPD enclosure
must be isolated from the panel or load it is being connected to through the use of an insulated conduit fitting or other “Listed” fitting. In this installation, the ground wire
from the SPD must terminate at the isolated ground bus.
BEFORE INSTALLATION
For proper performance, the SPD must be installed with the shortest lead length possible. Sharp bends should be avoided.
No position-oriented components are used in the units. Devices can be mounted upside down or sideways allowing for shortest possible lead lengths.
There are a few basic principles for surge suppression installation. They are:
1. For proper performance, the SPD must be installed with the wires as short and straight as humanly possible. Any sharp bend in the wire is unacceptable!
This applies to phase, neutral, and ground leads. The objective is to reduce the lengths of wire provided on each unit, not add to it. The priority is to the
phase leads, then the neutral, and then the ground lead.
2. Install the SPD on the side of the panel closest to the neutral bus, if present, and use a breaker on the same side.
3. Use a breaker close to the neutral bus and the SPD to keep the wires as short and straight as humanly possible.
4. The ground wire may be connected to the panel by using a ground lug installed near the SPD in the can or frame as they are grounded. (See exception
above for Isolated Grounds).
Installation Instruction for Two
Phase, Wye or Delta 3-wire
Suppressors with Internal Fusing
(2 phases and ground)
15424 Flight Path Drive
Brooksville, FL 34604
Phone [phone]
Fax [phone]
[email protected]om

© 2017 Surge Suppression, LLC NN00140 Rev. Date: 6/29/2017
Table of Maximum Suggested Operating Voltages and Model Wire Colors
DELTA or WYE
Nominal
System Voltage
2Nx
Model
Voltage Code
Phase
To
Phase
Phase
To
Ground
Phase Leg #1
Wire
Color
Phase Leg #2
Wire
Color
Ground
Wire
Color
110, 120, 125 2N1 132 V 132 V Black Black Green
208, 220, 230, 240, 250 2N2 264 V 264 V Black Black Green
305, 347, 380 2N3 418 V 418 V Black Black Green
450, 460, 470, 480 2N4 528 V 528 V Black Black Green
525, 575 / 600 2N5 / 2N6 660 V 660 V Black Black Green
INSTALLATION STEPS (NOTE: Only ONE LED is used for 2Nx models)
STEP 1: Check Voltages
• Confirm that the nominal system voltage does not exceed the maximum suggested operating voltage for the model to be installed according to the Table above. All
voltage measurements should be completed with a RMS voltmeter. DO NOT INSTALL THE FUSED UNIT IF THE MEASURED VOLTAGE EXCEEDS THE
MAXIMUM SUGGESTED OPERATING VOLTAGE OF THE DEVICE.
CAUTION: Do not proceed further until power has been removed from the electrical system.
STEP 2: Mounting the Unit
Non-lug type SPDs are provided with 18-24 inches of #10 AWG/TEW stranded wire. For best performance, mount the SPD so that all wires can be cut and connected in
the shortest, straightest path possible, the goal being 6 inches of wire length or less. For every inch of conductor longer than 6-inches, you increase the let-through voltage
of the SPD by 21.7 volts for an ANSI/IEEE Category B, 6kV, 3kA impulse.
•No sharp bends should be made in the installation. If bends are unavoidable, make them smooth and flowing. The device contains no position-dependent
components; therefore, the device can be mounted upside down or sideways.
•Do not cut any wires until suppressor has been mounted. Units with plastic hubs must be installed with the non-metallic flexible conduit and extra hub.
•While holding the SPD on the wall, determine the shortest, straightest distance between the hub on suppressor and hub to be installed on panel. Cut the flexible
conduit to shortest length possible to fit securely over both hubs.
•Twist the trimmed flexible conduit onto the extra hub. Slide conduit and hub over wires of the SPD and twist the conduit onto the hub of the SPD.
• Connect the extra hub to the panel and mount the SPD to the wall.
STEP 3: Connecting “Optional Form C” Dry Relay Contacts (Applies only to SPDs with optional Dry Relay Contacts)
• Make sure power is removed from surge suppressor.
• Open surge suppressor lid and note encapsulant height prior to drilling or punching enclosure. (Allow internal clearance for locknuts).
• Drill 0.5” diameter clearance hole through side, top or bottom of unit and install a watertight strain relief (i.e.: Altech #225-A00 (Part No. SR011).
• NOTE: Surge suppressor is equipped with two sets of contacts. The first set (labeled 1 & 2, N/C) is normally closed and the other set (labeled 3 & 4, N/O) is
normally open with power applied.
• Contacts are rated at 60 W (from 30 VDC @ 2 A to 150 VDC @ 0.4 A) or 100 VA (from 50 VAC @ 2 A to 220 VAC @ 0.45 A).
• Alarm contacts accept AWG #26 (0.14mm2) to AWG #16 (1.5mm2) wire. Wire size must be in compliance with NEC/CEC, State or Local codes for power on circuit.
Follow rules for the class of wiring used when routing alarm leads. To maintain NEMA-4 (IP66) rating use appropriate cable and watertight strain relief.
• Connect alarm circuit(s) to Normally Open (N/O) or Normally Closed (N/C) terminals as required.
• Upon replacing front cover of suppressor, certain models allow variour lid rotations (90° to 180°) for improved label orientation. (model specific)
STEP 4: Wire the SPD into the Electrical System
•Carefully lay out the wires keeping them as short and straight as possible. (Wires may be slow-twisted together thereby reducing RF-impedance.) After a satisfactory
layout has been made to the appropriate termination points as described below, cut the wires and connect them as instructed.
•Connect the GREEN ground wire from the SPD to the system ground bus bar or to a lug mounted in the can or frame close to the SPD if the Ground bus bar is not
close following the current NEC/CEC. Refer to earlier sections for systems utilizing an isolated ground.
•Connect the phase wires or “hot” wires (see table above for wire colors) from the SPD to the phase conductors or buses of the electrical system through the required
circuit interrupts (fuses or breakers) described above. Note that the SPD has internal fusing and does not require external circuit interrupts (external fuses or
breakers). The Phase conductors may be directly connected to the phase conductors or buses after the main disconnect.
•Upon replacing front cover of suppressor, certain models allow various lid rotations (90° or 180°) for improved label orientation (< model specific).
Before energizing, measure the voltage again to ensure it is within the levels in the table above.
Immediate failure of the SPD will occur if installed on voltages higher than shown in the Table at the top of this page.
STEP 5: Apply Power to the Surge Suppressor
• The LED should be illuminated. If not, remove power from the SPD and contact Surge Suppression, LLC, at: 1-(888)-987-8877.

© 2017 Surge Suppression, LLC
PO Box 15732
Brooksville, FL 34604
Phone [phone]
Fax [phone]
[e-mail] 

FIFTEEN YEAR LIMITED WARRANTY
Surge Suppression, LLC warrants for a period of fifteen (15) years from date of retail
purchase that if its product ceases to properly function as a direct result of any electrical
anomaly, including lightning, Surge Suppression, LLC will repair or replace the product without
charge, subject to the terms and conditions set forth herein. If, in the sole subjective opinion of
Surge Suppression, LLC the product has been modified, altered, tampered with, misused or
misapplied or repaired by any entity other than Surge Suppression, LLC, or subjected to
abuse, the warranty is void. The warranty shall not apply unless the product is installed by a
qualified licensed and/or bonded electrician. The warranty period for repaired or replacement
products shall be only the remaining portion of the original limited warranty. Any defect
appearing more than fifteen (15) years from the date of delivery to purchaser, shall be deemed
to be due to ordinary wear and tear. Surge Suppression, LLC, however, assumes no risk or
liability resulting from the use of its products, including but without limiting the generality of the
foregoing: (1) The use of this product in combination with any electrical or electronic
components, circuits, systems, assemblies or any other materials or substances; (2) The
improper application or unsuitability of this product for use in any circuit or assembly. All
warranty inspections and parts must be obtained at Surge Suppression, LLC. The giving of, or
failure to give, any advice or recommendations by Surge Suppression, LLC shall not constitute
any warranty by or impose any liability upon Surge Suppression, LLC. THIS WARRANTY
DOES NOT GUARANTEE UNINTERRUPTED ELECTRIC SERVICE. REPAIR OR
REPLACEMENT OF THIS PRODUCT IS THE EXCLUSIVE REMEDY OF THE RETAIL END
USER PURCHASER. THIS WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES,
EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OF
MERCHANTABILITY OR WARRANTY OF FITNESS FOR A PARTICULAR USE OR
PURPOSE; ALL OF WHICH ARE HEREBY EXCLUDED AND EXPRESSLY DISCLAIMED.
SURGE SUPPRESSION, LLC SHALL IN NO EVENT BE LIABLE FOR ANY SPECIAL,
INDIRECT, INCIDENTAL, PUNITIVE, OR CONSEQUENTIAL DAMAGES OF ANY KIND OR
CHARACTER, INCLUDING, WITHOUT LIMITATION, THE EXPENSE OF INSTALLATION OR
REMOVAL OF THIS PRODUCT, LOSS OF REVENUE OR PROFITS, FAILURE TO REALIZE
SAVINGS OR OTHER BENEFITS, LOSS OF COMPUTERIZED OR OTHER DATA, DAMAGE
TO ANY ELECTRIC OR ELECTRICAL EQUIPMENT, INCONVENIENCE AND/OR FOR THIRD
PARTY CLAIMS MADE AGAINST THE WHOLESALE OR RETAIL PURCHASER OF THIS
PRODUCT, EVEN IF BEFORE OR AFTER PURCHASE SURGE SUPPRESSION, LLC HAS
BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. SURGE SUPPRESSION,
LLC’S TOTAL LIABILITY FOR ANY CLAIM MADE AGAINST IT SHALL IN NO EVENT
EXCEED THE PURCHASE PRICE PAID TO SURGE SUPPRESSION, LLC FOR THE
DEFECTIVE PRODUCT. As a condition precedent to SURGE SUPPRESSION, LLC’s
performance pursuant to this Warranty, Purchaser must return this product within the Warranty
period FOB SURGE SUPPRESSION, LLC’s place of business in Brooksville, Florida. Please
call 352-799-6986 for warranty return procedures. Return authorization is required.