Duplex and Quad GFCI Boxes

Quad and Duplex GFCI Boxes from Southwire/TRC

Contact Sords Electric HERE! 

A ground fault circuit interrupter (GFCI) can help prevent electrocution. If a person’s body starts to receive a shock, the GFCI senses this and cuts off the power before he/she can get injured.

According to the National Electrical Code, a “ground fault” is a conducting connection (whether intentional or accidental) between any electric conductor and any conducting material that is grounded or that may become grounded. Electricity always wants to find a path to the ground. In a ground fault, electricity has found a path to ground, but it is a path the electricity was never intended to be on, such as through a person’s body.

Because of this potential for shock, GFCI protection is used to protect human life.

Note: AFCIs should not be confused with GFCIs. While both AFCIs and GFCIs are important safety devices, they have different functions. AFCIs are intended to address fire hazards; GFCIs address shock hazards.

Southwire TRC Duplex GFCI Box 28438802

15A In-Line GFCI Portable Duplex Box 12/3 Cord Set. P/N 28438802

• 120V/15A In-Line GFCI Duplex Box 12/3 Cord Set NEMA 5-15P (2) 5-15R
• Volts/Amps: 120V/15A
• Cord Gauge: 12/3 AWG
• NEMA 5-15P & (2) 5-15R
• Trip Level: 4 - 6 mA
• cULus Listed
• Rainproof Rated

TRC Southwire Quad GFCI Box 284688023

20A In-Line GFCI Portable Quad Box 12/3 Cord Set P/N 284688023 - (15 amp version is P/N 28458802 - 5-15P)

• 120V/20A In-Line GFCI Quad Box 12/3 Cord Set NEMA L5-20P (4) 5-20R
• Volts/Amps: 120V/20A
• Cord Gauge: 12/3 AWG
• NEMA L5-20 Twist-Lock Plug & (4) 5-20 Straight Blade Receptacles
• Trip Level: 4 - 6 mA
• cULus Listed
• Rainproof Rated

GFCI Quad Box 20 amps, 120 volts, 

25080122

20A In-Line GFCI Quad Box 12/3 Cord Set

P/N is 25080122-3 

• 120V/20A In-Line GFCI Quad Box 12/3 Cord Set NEMA 5-20P (4) 5-20R
• Volts/Amps: 120V/20A
• Cord Gauge: 12/3 AWG
• NEMA 5-20P & (4) 5-20R
• Trip Level: 4 - 6 mA
• cULus Listed
• Rainproof Rated

TRC Quad Box GFCI p/n 14880003

Right Angle GFCI Quad Box 12/3 Cord Set

P/N 14880003-3 ~ 6ft. cord  (50' Cord model # is 14880450-1)

• Volts/Amps: 120V/15A
• Cord Gauge: 12/3 AWG
• NEMA 5-15P & (4) 5-15R
• Trip Level: 4 - 6 mA
• cULus Listed
• Rainproof Rated

For a Quote, Click  HERE! 

14880402-3, 26020009-3, 26020004-1, 25080122-3, 

28458802, 25080123-2, 28438802, 28468802, 14880121-1

Sords Electric

216-765-4230

www.sordselectric.com

GFCI...TRC...SOUTHWIRE...GFCI...TRC...SOUTHWIRE

ATC SLM Voltage Monitor

Sords Electric sells the ATC SLM series 3 Phase Voltage Monitor

The SLM Series Microprocessor-based Three-Phase Monitor from the ATC Diversified Electronics division of Marsh Bellofram Corporation is a microprocessor based 3 phase monitor. This device protects 3 phase equipment from under voltage, over voltage, phase loss, phase reversal, phase unbalance, phase shift and frequency shift. Models available up to 690 vac and comes complete with automatic or manual reset, delay-on-make timer, LED indicators for fault conditions and last fault memory.

ATC Diversified Voltage Monitor SLM

Features

Models available to 690 VAC

Automatic or Manual Reset

Delay-On-Make Timer

LED Indicators for Fault Conditions

Last Fault Memory

Screw Driver Adjustment for Time Delay, 

Voltage and Mode of Operation

The ATC Diversified voltage monitor 

SLM series protects against :

Under Voltage

Over Voltage

Phase Loss

Phase Reversal

Phase Unbalance

Phase Shift

Frequency Shift

Part Numbers are :

SLM-120-ASE (Max Voltage is 143)
SLM-230-ASE (Max Voltage is 275)
SLM-380-ASE (Max Voltage is 457)
SLM-440-ASE (Max Voltage is 540)
SLM-575-ASE (Max Voltage is 690)


Sords Electric
216-765-4230
www.sordselectric.com

Altech Pin and Sleeve Devices

Sords Electric Sells Altech Pin and Sleeve Devices

Contact Sords Electric HERE!

Altech’s line of industrial plugs and sockets also know as Pin and Sleeve devices, are manufactured by ABL Sursum, a company well known in Europe for its quality electrical products. This major manufacturer combines the elements of good design, high quality, safety, ease of installation and competitive cost. The pin and sleeve devices are manufactured to EN 60309 Part 1 and 2: IEC 60309. Their rugged construction properties and high resistance to aggressive industrial use.

In accordance with the Standard's requirements, these devices are color coded to provide positive voltage and frequency matching and external key-ways ensure correct alignment of contact pins. The position of the ground pin relative to the socket's key-way are designated as a clock hour position.

The ground terminal also has a larger diameter than the contacts, making it impossible to install it in an IEC 60309 device with a different voltage rating. The shrouded housing made of high impact nylon material protects the contacts from physical abuse and safeguards against touching live parts when partially engaged. All terminals are clearly marked in both IEC 60309 and North American Standards.

Altech Pin and Sleeve 480 volt Plug

Features include:

• High impact and abrasion resistance

• Resistant to oil, petrol, most acids and alkalines

• Operating Temperature range

-13°F to 176°F (-25°C to 80°C)

• Excellent anti-tracking

• Grooved body improves hand grip

• Insulated cable clamp device

• Maximum wiring space

• Terminals clearly marked

• All screws are accessible from one side

Assembly is simple and quick with the help of the multiramp

locking system. Parts are delivered in a half unlocked

stage to make initial assembly straightforward.

1. Match triangle icons for both housings in open position.

2. Twist counter-clockwise until locked.

Altech’s Pin and Sleeve devices are color coded to provide

positive voltage and frequency matching and external keyways

ensure correct alignment of contact pins. The

position of the ground pin relative to the socket's key-way

are designated as a clock hour position.

The ground terminal also has a larger diameter than the

contacts, making it impossible to install in an IEC 60309

device with a different voltage rating.

Altech Pin and Sleeve 250 volt Plug

Applications include:

Installation Companies

Plastic and metal processing

Machine Tools

Assembly Lines

Logistic Companies

Car Repair shops

Auto Manfacturing

Bakeries

Food Processing

Airports

Concert Venues

Sords Electric
216-765-4230

Q'Mark Unit Heater MUH35C

Sords Electric Stocks the Q'Mark MUH35C Unit Heater from QMark

Wattage: 5000 or 3300 Watts @ 240 volts
         3700 or 2500 Watts @ 208 volts

Voltage: 208 or 240 Volts
Amps: 21.0, 14.0
      18.0, 12.0
(Depending on the voltage and the heat selector Switch.)

CFM: 210
Air Throw: 24 feet
Temperature Change: 71 Degrees F.

The Qmark MUH35C unit heaters is a universal unit heater that can be wall or ceiling mounted or can sit n a floor for quick spot heating. On board controls make this heater easy use and operate. The air flow can be directed or positioned for precise control. The Q'Mark MUH35 can be hard wired or has an optional cord for portability.  Note: This is a 240 volt heater and cannot be plugged into a standard 120 volt home receptacle.  The optional Cord is part number PHCS1B.

Features:
Multiple Wattage Selector Switch
Fan Only Switch
Built in Thermostat with 40-90 Degree Range
Integral Bracket for Wall or Ceiling mounting
Advanced Pull Through Air Flow
Manual Reset thermal Cutout for safety
UL, NEC and OSHA

Buy the Q'Mark MUH35C HERE.

Buy the QMark MUH35C with Cord HERE.



Sords Electric
216-765-4230
www.sordselectric.com

ATC 365 Long Ranger Timer

ATC Automatic timing and Controls 365C Long-Ranger Computing Timer from Sords Electric

Industry standard digital timer

Adjustable range 0.01 sec. to 999 hours

High brightness VF display

High noise immunity

UL recognized

The ATC 365C Timer is microprocessor-based digital timer with three rotary knobs for setting and adjustment of the Preset. The Preset can be any three-digit value from .01 Sec to 999 Hrs. The Decimal and Range are switch selectable. The high-intensity blue vacuum fluorescent display is DIP switch selectable to Timeup or Timedown. Two heavy-duty 7A DPDT relays provide instantaneous, interval or delayed output control. Plug-in panel mounting allows easy replacement without the removal of field wiring.

COMPUTATION: Through its internal microcomputer, the 365C keeps track of the set point throughout the time cycle. Whenever there is a change in set point, even during a cycle, it instantly re-computes the time remaining and accurately determines time-out. This unique capability is especially valuable in the time-down modes as it allows you to shorten a cycle without loss of accuracy.

POSITIVE RESET TIME AND PULSE LENGTH: Digitally clocked by the microcomputer, the 365C’s reset time is consistently of the same duration, regardless of variations in line voltage, power supply or time cycle. As a result, the 365C is not subject to false reset from momentary power interruptions (less than 30 ms). When the 365C operates in repeat-cycle mode, the output pulse is also digitally clocked so that both its occurrence and duration are consistent.

WIDE RANGE: Each 365C Long-Ranger covers the overall span of 0.01 sec. to 999 hrs., in nine switch-selected ranges of 0 to 9.99,99.9 or 999 sec., min. or hrs. The timer can be optimized within any selected range simply by removing appropriate selector knobs (e.g. with the timer in the 9.99 sec. range, you can obtain a tamper-proof span of 0.99 by setting the left selector at 0 and removing the knob).

PROGRAMMABLE DISPLAY: Depending on the position of an internal jumper, the 365C’s three-digit cycle progress display will time UP to or DOWN from the set point; after time-out, it will either STOP or GO (i.e. display the time elapsed after time-out). To the right of the three-digit display, a timing bar “–” blinks once per second during the timing cycle and rapidly after time-out. At left, a marker “∇” turns on when the delayed relay is energized. The 365C is also available without display but with a pilot light that blinks once per second during the cycle and rapidly after time-out.

NOISE IMMUNITY: The 365C has formidable defenses against noise: transformer power supply, full-wave bridges, buffered logic. Furthermore its microcomputer detects; and rejects; noise pulses that manage to penetrate its defenses. No industrial timer has ever offered greater noise immunity.

RELIABILITY AND RUGGEDNESS: ATC firmly believes that no industrial timer has ever achieved a higher level of reliability and ruggedness. The 365C’s electronic components have no moving parts and are assembled, virtually without hand wiring, from computer-tested circuit boards. Its few mechanical components have been selected for reliable service; the two load relays have a life expectancy of 100,000,000 operations and heavy-duty contacts rated at 7 amps; and the three rotary set point selector switches exhibit extremely low wear.

COMPACT, PLUG-IN AND DUST-TIGHT: Packaged in a 72mm2 DIN housing, the 365C occupies 40% less panel space than conventional timers. It is a true plug-in timer that can be replaced in seconds without disturbing housing or wiring. The 365C is also fully gasketed and O-ring sealed to be dust and water-tight.

SELF DIAGNOSTICS: The time will display “FAIL” anytime there is a problem or the knobs are in between digits.

ATC 365 DIGITAL PLUG IN TIMER, 120 VAC, 0-999 hours

ATC 365 DIGITAL PLUG IN TIMER, 240 VAC, 0-999 hours

ATC 365 DIGITAL PLUG IN TIMER, 120 VAC, 0-999 hours w/Memory

www.sordselectric.com

800-929-2845

Heating with Compressed Air

Sords Electric and Convectronics offer Compressed (flameless) Air Heating, up to 1400 degrees F.

The energy (kW) requirement is calculated from the following formula:

 

KW = SCFM x (Texit – Tinlet) (ΔT) / 2500

SCFM = Air flow in Standard* Cubic Feet per Minute

Tinlet = Inlet Air Temperature (°F) (typically 70°F)

Texit = Desired Exit Air Temperature (°F)

[The temperature difference is also know as delta T (ΔT) ]

Example: Heating 10 SCFM from ambient temperature (70°F) to 800°F:

KW = 10 SCFM x (800°F – 70°F) / 2500 = 2.9 kW

Conversion Formulas:

(Liters per Minute)/28.3 = Cubic Feet per Minute

°C = 5/9 (°F – 32)

°F = 9/5°C + 32

Using an Air Heater:

If used properly, heater life of 5000 hours or greater can be expected. To ensure long heater life and safe operation, follow these guidelines. Also read and understand your heater Operating Manual before use. Failure to follow these guidelines can result in heater damage, failure, or personal injury. 

Air Sources:

In general, compressed air, and air from regenerative blowers may be used to supply Convectronics flameless air heaters. Your air source should be clean and dry. Dirt, grease, oil, or oil vapors, or corrosive or reactive gases will damage an air heater. Also, use air or inert gas only. Do not use with volatile or combustible gases.

Regenerative Blowers:

Regenerative blowers are compact and inexpensive clean air sources. They can provide large amounts of low-pressure air for your air heating system. 

Compressed Air:

Compressed air is commonly available in most factories. It is high-pressure regulated air (typically to 100psi), and often contains oil for lubricating pneumatic valves and equipment. You must filter this oil to prevent fouling and damage to Convectronics electric air heater elements.

When measuring compressed air flow rates, be sure you are measuring Standard CFM or Standard LPM units. The "Standard" means that the units are measured at standard temperature and pressure. Many flow meters are labeled SCFM, but this is incorrect at the higher pressures produced by compressed air. For accurate flow measurements, you must consult your flow meter manual for converting CFM to "Standard" CFM. In the diagram below, the flow meter reading (CFM) is converted to SCFM using a Dwyer ball-type flow meter conversion.

Controls:

A good control system is critical for long heater life. Before turning your control system on, you must have sufficient airflow through the heater before applying power. (Applies to heaters without over-temperature protection.) Only qualified individuals should install Convectronics heaters and controls. Follow all applicable electrical codes and use proper wiring, fusing and safety procedures.

Open-Loop (Manual) Control:

This simple method of control uses a manually operated power controller to apply a fixed voltage to the heating element. Using this system, the operator manually adjusts the controller to change heater temperature. Note that if the airflow is suddenly interrupted, the element could fail. The open-loop controller is generally used with Convectronicss Series heaters.

Closed-Loop (Feedback) Control:

A closed-loop heater control system uses a power controller, temperature controller, and thermocouple to provide a constant output temperature, regardless of changes in airflow. The temperature controller also provides a convenient display of your process air temperature.

Power Controller:

Phase angle fired SCR (Silicon Controlled Rectifier) power controls will provide the smoothest power regulation for  Air Heaters.

Temperature Controller:

Use only digital temperature controls with type-K thermocouple inputs. The temperature control output must match the input of the power control. (i.e. 4-20mA, or 0-10VDC).

A standard PID-type control with a wide proportional band setting will work best to minimize temperature overshoot. PID parameters may be auto-tuned, but only at temperatures well below the maximum of the heater. If the temperature rises too high during auto-tune, turn power off immediately.

When using a Solid State Relay power control, the temperature controller cycle time should be set for 100ms or less.

Thermocouple:

Use only a fine-wire (.030" max wire dia.), exposed-junction, type-K thermocouple placed within 1" of the heater exit for accurate temperature readings. Other thermocouple styles, or varying the distance from the heater exit will result in temperature measurement errors and/or heater failure.

Air Flow Conversions:

SCFM = SCFH / 60 = SLPM / 28.3
SLPM = SCFH / 2.12
SCMH = SCFH / 35.3
SCFM = (Pounds of Air Per Minute) / (.080 lbs/ft3)

SCFM = Standard Cubic Feet per Minute
SCFH = Standard Cubic Feet per Hour
SLPM = Standard Liters per Minute
SCMH = Standard Cubic Meters per Hour

Single Phase Wiring:

V = I x R (Volts = Amps x Ohms)
I = W / V (Amps = Watts / Volts)
W = V2/R (Watts = (Volts x Volts) / Ohms)
Use our Ohms Law Calculator

Three Phase Wiring:

Delta Configuration:

R = R1 = R2 = R3
Wdelta = 3(VL2)/R
Wdelta = 1.73 x VL x IL
IP = IL/1.73
VP = VL

Wye Configuration:

R = R1 = R2 = R3
Wwye = (VL2)/R = 3(VP2)/R
Wwye = 1.73 x VL x IP
IP = IL
VP = VL/1.73

Percent Loss of wattage with lower than rated voltages applied:

230-volt heater on 208 volts - 82% (18% loss)
240-volt heater on 208 volts - 75% (25% loss)
480-volt heater on 277 volts - 33% (66% loss)
480-volt heater on 440 volts - 84% (16% loss)
480-volt heater on 318 volts - 44% (56% loss)
550-volt heater on 480 volts - 76% (24% loss)

To convert KiloWatts to BTUs:

Multiply  KW x 3413 = BTUs

°F (Farenheit)	=	(9/5°C) + 32
°C (Celsius)	=	5/9 (°F - 32)

For application help, please call Sords Electric - 216-765-4230
www.sordselectric.com

Strip Heaters with Offset Terminals

Sords Electric supplies Strip Heaters

Component heaters (Strip, Ring, Band, Cartridge) by themselves meet many heating needs. They can also be integrated into more complex heating systems to provide a complete thermal solution for your heating requirements. Shape and size most often are the determining factor in most heater applications. 
Strip heaters are used for heat transfer by conduction or convection to heat liquids, air, gases and surfaces.

Applications:

• Food warming
• Freeze and moisture protection
• Tank and platen heating
• Packaging
• Dies and mold heating
• Autoclaves
• Ovens
• Telecom

High Quality, Coiled Alloy Resistor Wire is uniformly spaced over the width and length of the strip heater to assure even heat distribution.

Resistor Wire is Embedded in specially formulated, high-grade refractory mate- rial which both insulates the resistor and transfers heat rapidly to the sheath.

Refractory is then Compressed to Rock- Hardness and high density under tremen- dous hydraulic pressure to maximize heat transfer from coil to sheath. Elements are oven cured at high temperatures to semi- vitrify and mature the refractory.

Maximum Heat Transfer, from the instant the element is first energized, is provided by the high emissivity black oxide finish. El- ements with shiny surfaces do not transfer heat as well.

Strip Heaters can have parallel terminals, one terminal at each end and offset terminals, the most common.

Housings can be purchased for the terminals as an options.

Strip Heaters by Watlow and Chromalox.

216-765-4230

info@sordselectic.com

Chromalox Strip and Band Heaters

Sords Electric Chromalox Strip Heaters and Ring Heater Stock

call to order - 800-929-2845

PCN 121005	CHROMALOX OT2550 STRIP HEATER
PCN 121021	CHROMALOX STRIP HTR OT2575 120V, 500W
PCN 121030	CHROMALOX STRIP HTR OT2575 240V, 750W
PCN 121232	CHROMALOX STRIP HTR OT2501 240V, 1000W
PCN 121291	CHROMALOX STRIP HTR  OT3001 240V, 1000W
PCN 123035	CHROMALOX PHD-55-2-12 DRUM HTR 240V, 120W
PCN 128485	CHROMALOX OTF-180, 240V, 1550W
PCN 129234	CHROMALOX STRIP HTR OT2415 240V, 1500W
PCN 129357	CHROMALOX STRIP HEATER OT817 120V, 175W
PCN 129381	CHROMALOX OT-1025 STRIP HEATER 240V, 250W
PCN 129390	CHROMALOX OT-1225 120V HEATER
PCN 129402	CHROMALOX OT1225 240V HTR.
PCN 129533	CHROMALOX OT1950 STRIP HEATER 120V, 500W
PCN 129699	CHROMALOX STRIP HTR OT1004 120V, 400W
PCN 129760	CHROMALOX STRIP HTR #OT1205 240V, 500W
PCN 129963	CHROMALOX OT2405 STRIP HEATER 240V, 500W
PCN 131182	CHROMALOX STRIP HTR, S1430 240V, 300W
PCN 131211	CHROMALOX S-1837 STRIP HEATER 120V, 375W
PCN 131270	CHROMALOX STRIP HTR S-2050 120V, 500W
PCN 131959	CHROMALOX STRIP HTR PT512 120V, 125W
PCN 132839	CHROMALOX STRIP HTR  WS806 120V, 600W
PCN 132919	CHROMALOX STRIP HTR SN910 120V, 100W
PCN 132935	CHROMALOX SN-1215 STRIP HEATER 120V, 150W
PCN 132951	CHRMALOX STRIP HTR SN1520 240V, 200W
PCN 133735	CHROMALOX STRIP HTR SNH09 120V, 300W
PCN 133751	CHROMALOX SNH12 STRIP HEATER 120V, 400W
PCN 135351	CHROMALOX A-20 RING HEATER 120V, 500W
PCN 135407	CHROMALOX RING HTR A20 240V, 500W
PCN 135722	CHROMALOX A-50 RING HEATER 240V, 400W
PCN 135870	CHROMALOX A65 RING HEATER 120V, 1000W
PCN 136215	CHROMALOX A80 ROUND HEATER 120V, 1050W
PCN 140636	CHROMALOX PIT-35

www.sordselectric.com

Use our contact form HERE.

Strip Heaters ~ Watlow >> Chromalox

Sords Electric can provide Strip heaters.

Strip Heaters are used to heat a surface and should be clamped or banded to the surface.
The most commoN strips are 1.5 inches wide and up to about 36 inches in length and have offset terminals, meaning two terminals at one end but offset to each other. Strip heater are usually 120 volts or 240 volts.  Wattages are from 150 to 2250.

Below is a Chromalox to Watlow Cross reference
These strip heaters have OFFSET terminals at one end, hence the OT for Offset Terminals.

Chromalox OT-715 / 129314  >> Watlow SGA1J7JO1
120 volts, 150 watts

Chromalox 0T-715 / 129322  >> Watlow SGA1J7JO2

240 volts, 200 watts

Chromalox OT-702 / 129621  >> Watlow SGA1J7JO3

240 volts, 150 watts

Chromalox OT-815 / 129330  >> Watlow SGA1J8AO1

120 volts, 150 watts

Chromalox 0T-815 / 129349  >> Watlow SGA1J8AO5

240 volts, 150 watts

Chromalox OT-817 / 129357  >> Watlow SGA1J8AO6

120 volts, 175 watts

Chromalox 0T-817 / 129365  >> Watlow SGA1J8AO7

240 volts, 175 watts

Chromalox OT-802 / 129630  >> Watlow SGA1J8AO2

120 volts, 250 watts

Chromalox 0T-802 / 129648  >> Watlow SGA1J8AO8

240 volts, 250 watts

Chromalox OT-804 / 129656  >> Watlow SGA1J8AO9

120 volts, 400 watts

Chromalox 0T-804 / 129664  >> Watlow SGA1J8AO10

240 volts, 400 watts

Chromalox OT-1025 / 129373  >> Watlow SGA1J10AO1

120 volts, 250 watts

Chromalox 0T-1025 / 129381  >> Watlow SGA1J10AO2

240 volts, 250 watts

Chromalox OT-1003 / 129672  >> Watlow SGA1J10JO8

120 volts, 350 watts

Chromalox 0T-1003 / 129680  >> Watlow SGA1J10JO5

240 volts, 350 watts

Chromalox OT-1004 / 129699  >> Watlow SGA1J10JO6

120 volts, 400 watts

Chromalox 0T-1004 / 129701  >> Watlow SGA1J10JO7

240 volts, 400 watts

Chromalox OT-1225 / 129390  >> Watlow SGA1J12AO1

120 volts, 250 watts

Chromalox 0T-1225 / 129402  >> Watlow SGA1J12AO2

240 volts, 250 watts

Chromalox OT-1202 / 129710  >> Watlow SGA1J12AO1

120 volts, 250 watts

Chromalox 0T-1202 / 129728  >> Watlow SGA1J12A02

240 volts, 250 watts

Chromalox OT-1203 / 129736  >> Watlow SGA1J12AO5

120 volts, 350 watts

Chromalox 0T-1203 / 129744  >> Watlow SGA1J12AO6

240 volts, 350 watts

Chromalox OT-1205 / 129752  >> Watlow SGA1J12AO3

120 volts, 500 watts

Chromalox 0T-1205 / 129760  >> Watlow SGA1J12AO4

240 volts, 500 watts

Chromalox OT-1430 / 129410  >> Watlow SGA1J14AO2

120 volts, 300 watts

Chromalox 0T-1430 / 129429  >> Watlow SGA1J14AO1

240 volts, 300 watts

Chromalox OT-1405 / 129779  >> Watlow SGA1J14AO3

120 volts, 500 watts

Chromalox 0T-1405 / 129787  >> Watlow SGA1J14AO4

240 volts, 500 watts

Chromalox OT-1532 / 129437  >> Watlow SGA1J15EO2

120 volts, 325 watts

Chromalox 0T-1532 / 129445  >> Watlow SGA1J15EO2

240 volts, 325 watts

Chromalox OT-1505 / 129808  >> Watlow SGA1J15EO4

240 volts, 500 watts

Chromalox OT-1835 / 129453  >> Watlow SGA1J17RO4

120 volts, 350 watts

Chromalox 0T-1835 / 129461  >> Watlow SGA1J17RO5

240 volts, 350 watts

Chromalox OT-1837 / 129470  >> Watlow SGA1J17RO5

120 volts, 375 watts

Chromalox 0T-1837 / 129488  >> Watlow SGA1J17RO7

240 volts, 375 watts

Chromalox OT-1850 / 129496  >> Watlow SGA1J17RO1

120 volts, 500 watt

Chromalox 0T-1850 / 129509  >> Watlow SGA1J17RO2

240 volts, 500 watts

Chromalox OT-1807 / 129832  >> Watlow SGA1J17RO9

120 volts, 750 watts

Chromalox 0T-1807 / 129840  >> Watlow SGA1J17RO8

240 volts, 750 watts

Chromalox OT-1801 / 129859  >> Watlow SGA1J17RO10

120 volts, 1000 watts

Chromalox 0T-1801 / 129867  >> Watlow SGA1J17RO3

240 volts, 1000 watts

Chromalox OT-1935 / 129525  >> Watlow SGA1J19JO6

240 volts, 350 watts

Chromalox OT-1950 / 129533  >> Watlow SGA1J19JO7

120 volts, 500 watt

Chromalox 0T-1950 / 129541  >> Watlow SGA1J19JO4

240 volts, 500 watts

Chromalox OT-1905 / 129875  >> Watlow SGA1J19JO7

120 volts, 500 watt

Chromalox 0T-1905 / 129883  >> Watlow SGA1J19JO4

240 volts, 500 watts

Chromalox OT-1907 / 129904  >> Watlow SGA1J19JO6

240 volts, 750 watts

Chromalox OT-1901 / 129920  >> Watlow SGA1J19JO1

240 volts, 1000 watts

Chromalox OT-2150 / 129550  >> Watlow SGA1J21AO1

120 volts, 500 watt

Chromalox 0T-2150 / 129568  >> Watlow SGA1J21AO2

240 volts, 500 watts

Chromalox OT-2107 / 129939  >> Watlow SGA1J21AO3

120 volts, 750 watt

Chromalox 0T-2107 / 129947  >> Watlow SGA1J21AO3

240 volts, 750 watts

Chromalox OT-2450 / 129576  >> Watlow SGA1J23NO5

120 volts, 500 watt

Chromalox 0T-2450 / 129584  >> Watlow SGA1J23NO6

240 volts, 500 watts

Chromalox OT-2405 / 129955  >> Watlow SGA1J23NO5

120 volts, 500 watt

Chromalox 0T-2405 / 129963  >> Watlow SGA1J23NO6

240 volts, 500 watts

Chromalox OT-2475 / 129592  >> Watlow SGA1J23NO1

120 volts, 750 watt

Chromalox 0T-2475 / 129605  >> Watlow SGA1J23NO2

240 volts, 750 watts

Chromalox OT-2407 / 129971  >> Watlow SGA1J23NO1

120 volts, 750 watt

Chromalox 0T-2407 / 129980  >> Watlow SGA1J23NO2

240 volts, 750 watts

Chromalox OT-2401 / 129998  >> Watlow SGA1J23NO7

120 volts, 1000 watt

Chromalox 0T-2401 / 130008  >> Watlow SGA1J23NO3

240 volts, 1000 watts

Chromalox OT-2415 / 129234  >> Watlow SGA1J23NO3

240 volts, 1500 watts

Chromalox OT-2550 / 121005  >> Watlow SGA1J25JO1

120 volts, 500 watt

Chromalox 0T-2550 / 121013  >> Watlow SGA1J25JO2

240 volts, 500 watts

Chromalox OT-2575 / 121021  >> Watlow SGA1J25JO3

120 volts, 750 watt

Chromalox 0T-2575 / 121030  >> Watlow SGA1J25JO4

240 volts, 750 watts

Chromalox OT-2507 / 121208  >> Watlow SGA1J25JO3

120 volts, 750 watt

Chromalox 0T-2507 / 121216  >> Watlow SGA1J25JO4

240 volts, 750 watts

Chromalox OT-2501 / 121232  >> Watlow SGA1J25JO5

240 volts, 1000 watts

Chromalox OT-2670 / 121056  >> Watlow SGA1J26NO1

240 volts, 700 watts

Chromalox OT-2601 / 121259  >> Watlow SGA1J26NO2

240 volts, 1000 watts

Chromalox OT-3075 / 121080  >> Watlow SGA1J30JO2

120 volts, 750 watt

Chromalox 0T-3075 / 121099  >> Watlow SGA1J30JO3

240 volts, 750 watts

Chromalox OT-3007 / 121267  >> Watlow SGA1J30JO2

120 volts, 750 watt

Chromalox 0T-3007 / 121275  >> Watlow SGA1J30JO3

240 volts, 750 watts

www.sordselectric.com  ~  216-765-4230

Cleveland, Ohio USA