Fenwal Detect-A-Fire ATEX Rated

ATEX Rated Fenwal Fire Detectors from Anderson-Bolds

For a Quote, use our Fenwal Parts Form HERE!

DESCRIPTION

The Heat Detector Assembly includes part number 17343-124

Heat Detector and Field wire Terminal housing. The assembly is

available in two orientations: Right as part number 03-17343-

127; Left as part number 03-017343-126. The internal connections

are the same in both styles. For additional details on

the Heat Detector, refer to the Operation and Maintenance

Instructions for Fire / Overheat Detector for Series 17343-124.

IECEx Conditions of Certification:

The enclosure shall be installed to a flat rigid surface

using the mounting means provided.

All conductors/cables shall be suitable for a temperature

of 200°C.

All cable/conduit fittings shall be certified equivalent

to the marking on the apparatus and have a

minimum IP54 rating.

Not more than one single or multiple strand lead

shall be connected into either side of any terminal,

unless multiple conductors have been joined in a

suitable manner, e.g. two conductors into a single

insulated crimped boot lace ferrule.

Leads connected to the terminal shall be insulated

for a minimum 125V and the insulation shall extend

to within 1mm of the metal terminal throat.

All terminal screws, used or unused, shall be tightened

down.

The Fire Detectors come in 5 temperature set points.

140ºF, 325ºF, 425ºF, 600ºF and 725ºF

The Detectors are color coded for Temperature by bands on the tip of the detector shell 17343-124

No Band is 140ºF

Red Band is 325ºF

Green Band is 425ºF

Orange Band is 600ºF

Gray Band is 725ºF

INSTALLATION

Refer to the following steps for proper installation of the Heat

Detector assembly:

Recommendation: For best support, use rigid conduit when

installing the heat detector field wiring.

1. After proper mounting of the Heat Detector Housing,

unscrew the enclosure cover, exposing the field wire terminals.

2. Ensure the connections between the Heat Detector and

Terminal Block have not become loose during shipping,

tighten as required.

3. Strip 0.3" (7.6mm) of the insulation from the ends of

Input connection A & B.

4. Insert field wire through port.

5. With a flat tip .14 (3.6mm) screw driver, loosen Input connection

A & B set screw.

6. Insert the exposed end of input connection A and B into

the terminal block as shown.

7. Tighten locking screws hand tight plus 1/4 turn.

8. Thread Heat Detector cover hand tight and tighten.

9. Secure cover in place by tightening the locking set screw

located within the cover with a 1/16 (4.2mm) hex “Allen”

wrench.

For a Quote, use our Fenwal Parts Form HERE!

Anderson-Bolds

216-360-9800

www.anderson-bolds.com

Fenwal Fire Detectors 17343...Fenwal Fire Detectors 17343...Fenwal Fire Detectors 17343...

FINBAR Tubular Air Heaters

Anderson-Bolds sells Watlow FINBAR™ Air Heaters

For a quote please use our Watlow Parts Form HERE!

FINBAR™ Single-Ended Heaters

Composed of aluminized steel fins press fitted to a

one-inch single-ended FIREBAR element. The FINBAR™

is designed to improve heat transfer to the air and

permits putting more power in tighter spaces—like forced

air ducts, dryers, ovens and load bank resistors.

Heat transfer, lower sheath temperature and element life

are all maximized by its finned construction. Installation

is simplified by terminations exiting at one end and

mounting accommodations on both ends.

Watlow FINBAR™ Tubular Finned Air Heater

Performance Capabilities

• Watt densities up to 50 W/in2 (7.7 W/cm2)

• 304 stainless steel sheath temperatures up to

1200°F (650°C)

• Voltages up to 480VAC

• Amperages up to 48 amperes per heater or

16 amperes per coil

Features and Benefits

Rugged aluminized steel fins

• Provides an increase in surface area to approximately

16 square inches for every linear inch of element

length. Fins press fitted to the heating element

improve heat transfer to the air

Single-ended termination

• Simplifies wiring and installation

Stainless steel mounting bracket, welded to the

terminal end, supplied with a slotted end

• Allows ease of installation

Lavacone seals

• Provides protection against humid storage

conditions, moisture retardant to 221°F (105°C)

Construction Features

Watt Density: Up to 40 W/in2 (6.2 W/cm2)

Fin Surface Area: 16 in2/linear in. (40.5 cm2/linear cm)

Fin Cross Section: 2 x 1 in. (50 x 25 mm)

Maximum Operating Temperature: Sheath material:

304 SS, 1200°F (650°C), fin material; aluminized steel;

1100°F (600°C)

Heater Length: 11 to 120 in. (280 to 3050 mm)

No-Heat Length: 1 in. (25 mm) min.,

12 in. (305 mm) max.

Voltages: Up to 240VAC

Phase: 1-phase parallel or 3-phase wye

Resistance Coils: 1 or 3

Terminations: Flexible lead wires, quick connect

(spade), screw lug (plate) and threaded stud

Seal Material: Lavacone, rated to 221°F (105°C)

Single-End Configuration: Slotted

Typical Applications

• Forced air heating for dryers, ovens, ducts

• Still air heating for ovens, comfort heating

• Incubators

• Ink drying

• Load bank resistors

Application Hints

• Avoid deteriorating the fins by not exceeding the

recommended maximum fin temperature of

1100°F (600°C).

• Ensure proper air flow to prevent premature

heater failure.

• Locate the temperature sensor downstream from

heater(s) for process temperature sensing.

The following mounting parameters are recommended:

• Air flow over element must be parallel with the

flat side.

• Element center line to element center line spacing

must be a minimum of 11/2 in. (38 mm).

Part numbers range from 10.25 inches to 47.75 inches in length.

Wattage range from 300 Watts to 4000 Watts with two watt densities.  

20 W/in2  and  40 W/in2

Watlow FINBAR elements are rated in both 120 volt or 240 volt versions.

For a quote please use our Watlow Parts Form HERE!

Anderson-Bolds

Cleveland, Ohio

216-360-9800

RAYMAX from Watlow

RAYMAX® 1220 and 2030 Panel Heaters from Anderson-Bolds

for a quote please email to watlow@anderson-bolds.com

or use our WATLOW form HERE!

 Ideal For Many Process Heating Applications Requiring “Hot Face” Temperatures

The Raymax Panel heater product line from Watlow solves virtually an application requiring radiant heat from a contamination resistant surfaces to fast responding high temperature needs.

Watlow Raymax Radient Panel

Maximum face temperature up to 2000ºF

Typical applications are:

Thermoforming

Food warming

Paint and epoxy curing

Heat treating

High temperature Furnaces

Tempering and annealing processes

Raymax 1010

1000ºF Face Temperature

The Ryamax 1010 is the ideal for use in screen printing, food warming and other low heat applications. The Heater's "sealed face" keeps contaminates away from the heating element, and the metal surface can be easily wiped or brushed clean whenever needed.

Uniform full surface heat source

Convenient ready to use package

One inch thick backside insulation

Repeatable temperature sensing options

UL: component listing.

Heater width is from 4-20 inches

Heater Length is from 10 to 68 inches

voltage up to 480 vac

Watt Density is 10W/sq. inch

 Easy to install and capable of high surface temperatures,

the RAYMAX® 1220 and 2030 are ideal for many process

heating applications requiring “hot-face” temperatures

above 1000°F (540°C).

Each ceramic fiber heater is mounted in a 21⁄2 in. (64 mm)

deep sheet metal case providing thermal insulation. The case

includes post terminals for electrical connections and

provides a mounting system that can be used with virtually

any flat ceramic fiber unit. Watt density and temperature

capabilities can be tailored to meet a specific radiant

application for exposed sinuated embedded coil or foil

element configuration.

Performance Capabilities

• RAYMAX 2030 (uses sinuated or coil elements):temperatures up to 2000°F (1095°C); watt densitiesup to 30 W/in2 (4.7 W/cm2)

• RAYMAX 1220 (uses an etched foil element):temperatures up to 1200°F (650°C); watt densitiesup to 20 W/in2 (3 W/cm2)

• Maximum voltage up to 600V

Features and Benefits

Lightweight, low mass design

• Allows fast response to controllers

Self insulation with 21/2 in. (64 mm ) thick mounting case

• Provides high efficiency

Thermocouple mounting clamp

• Simplifies process system control

Aluminized steel case

• Handles temperatures up to 1100°F (595°C)

Special hot-face heating patterns

• Designed specifically for an application using an etched foil RAYMAX 1220

Specifications 

Weight: Less than 6.5 lbs/ft2 (31.75 kg/m2) 

Voltage and Wattage: Ratings, up to 600VAC are based on 

the ceramic fiber heater module mounted in the case. 

Terminals: Terminals are 1⁄4-20 threaded studs. Two terminals 

plus ground for single-phase, and three terminals plus ground 

for 3-phase are located on the center length line unless 

otherwise specified. Terminals can be positioned anywhere 

along lines A and B (see illustration below), but not closer 

than 2 in. (51 mm) to the case ends. 

Mounting Legs: Mounting legs are available either 

1 in. (25 mm) or 3 in. (76 mm) length. For made-to-order units, 

mounting legs can be supplied in any incremental length L 

from 1⁄2 in. (13 mm) to 3 in. (76 mm). Slots are not provided in 

legs less than 1 in. (25 mm) long. 

Application Hints 

A thermocouple mounting clamp is attached to one end of 

the case, with holes on both ends for alternate locations. 

The clamp can be used with 1⁄8 in. (3.2 mm) O.D. sheath 

thermocouples. The clamp is 3/16 in. (4.8 mm) high, but 

can be removed for flush mounting*. 

The maximum recommended surface temperature of the 

heater is based on the rating of the ceramic fiber heater 

module. This can vary from 2000°F (1095°C) at lower watt 

densities, to higher watt densities at reduced surface 

temperatures. Note: maximum wattages cannot be achieved 

at the maximum temperatures simultaneously. 

* 13⁄16 in. (4.8 mm) and 1⁄4 in. (6 mm) are available upon request. 

Options 

Several options are available with RAYMAX 1220 and 2030 

models. Contact your Watlow representative for more 

information. 

• Single-phase non-standard location power terminals 

• Terminal box 

• Zoning 

• Mounting studs and legs 

• 3-phase construction 

• Thermocouple mounting tubes 

• Alternate case materials 

RAYMAX 2030 PART NUMBERS

VP504A06T, VP504A12T, VP504A18T, VP504A24T, VP504A30T, VP504A36T

VP506A06T, VP506A12T, VP506A18T, VP506A24T, VP506A30T, VP506A36T

VP508A06T, VP508A12T, VP508A18T, VP508A24T, VP508A30T, VP508A36T

VP510A06T, VP510A12T, VP510A18T, VP510A24T, VP510A30T, VP510A36T

VP510A06T, VP510A12T, VP510A18T, VP510A24T, VP510A30T, VP510A36T

VP512A06T, VP512A12T, VP512A18T, VP512A24T, VP512A30T, VP512A36T

VP514A06T, VP514A12T, VP514A18T, VP514A24T, VP514A30T, VP514A36T

VP516A06T, VP516A12T, VP516A18T, VP516A24T, VP516A30T, VP516A36T

Anderson-Bolds

216-360-9800

www.anderson-bolds.com

Watlow Din-A-Mite A Style Power Controllers

Watlow Power Controllers Din-A-Mite 'A' Style from Anderson-Bolds

Watlow Din-A-Mite Style A SCR

For a QUOTE, use our Watlow Parts Form HERE!


The DIN-A-MITE® A power switching device controller is designed and manufactured with quality features expected from Watlow. DIN-A-MITE A capabilities include single-phase zero-cross switching up to 25 amperes at 600VAC (see rating curve). A unique integrated design removes the guesswork associated with selecting a proper heat sink and adequate terminations for the application. DIN-rail and back panel mounting is standard on this family of power switching devices. The DIN-A-MITE is also mercury free.

Variable time base, 4-20mA process control or VAC/VDC input contactor versions are available. All configurations are model number dependent and factory selectable. This power controller includes 200KA short circuit current rating (SCCR) tested up to 480VAC to prevent arc flash with required fusing.

200KA short circuit current rating prevents arc flash

DIN-rail or standard panel mount allows fast, versatile, low-cost installation

Touch-safe terminals increase operator/installer safety

Faster switching with solid state >> Saves energy and extends heater life

UL® 508 listed, C-UL® and CE with filter >> Meets applications requiring agency approval

Back-to-back SCR design >> Ensures a rugged design

Part Numbers:

ALL SINGLE PHASE WITH ONE CONTROL LEG.

Natural convection current rating is 18A @ 50ºC; 25 amps at 25ºC

DA10-02C0-0000

24 to 48 VAC Line and Load Voltage, 4.5 to 32vdc input, contactor output

DA10-24C0-0000

120 to 240 VAC Line and Load Voltage, 4.5 to 32vdc input, contactor output

DA10-60C0-0000

277 to 600 VAC Line and Load Voltage, 4.5 to 32vdc input, contactor output

DA10-02F0-0000

24 to 48 VAC Line and Load Voltage, 4 to 20mA DC input, variable time-based output

DA10-24F0-0000

120-240 VAC Line and Load Voltage, 4 to 20mA DC input, variable time-based output

DA10-60F0-0000

277-600 VAC Line and Load Voltage, 4 to 20mA DC input, variable time-based output

DA10-02K1-0000

24 to 48 VAC Line and Load Voltage, 22 to 26VAC input, contactor output

DA10-24K1-0000

120 to 240 VAC Line and Load Voltage, 22 to 26VAC input, contactor output

DA10-60K1-0000

277 to 600 VAC Line and Load Voltage, 22 to 26VAC input, contactor output

DA10-02K2-0000

24 to 48 VAC Line and Load Voltage, 100-120VAC input, contactor output

DA10-24K2-0000

120 to 240 VAC Line and Load Voltage, 100-120VAC input, contactor output

DA10-60K2-0000

277 to 600 VAC Line and Load Voltage, 100-120VAC input, contactor output

DA10-02K3-0000

24 to 48 VAC Line and Load Voltage, 200-240VAC input, contactor output

DA10-24K3-0000

120 to 240 VAC Line and Load Voltage, 200-240VAC input, contactor output

DA10-60K3-0000

277-600 VAC Line and Load Voltage, 200-240VAC input, contactor output

For a QUOTE, use our Watlow Parts Form HERE!

Anderson-Bolds
216-360-9800
www.anderson-bolds.com

...Watlow...Watlow...Watlow...Watlow...Watlow...

Thermocouples ~ Wire Color and Temperature Ranges

Thermocouple Ranges and USA Color Coding from Anderson-Bolds

Get a Thermocouple Quote HERE!

Thermocouple Type Wire Colors

Type K Thermocouple

• Thermocouple grade wire, –454 to 2,300F (–270 to 1260C)
• Extension wire, 32 to 392F (0 to 200C)
  Color coded Wires: Yellow and Red

Nickel-Chromium / Nickel-Alumel

The type K is the most common type of thermocouple. It’s inexpensive, accurate, reliable, and has a wide temperature range.

Type J Thermocouple

• Thermocouple grade wire, -346 to 1,400F (-210 to –760C)
• Extension wire, 32 to 392F (0 to 200C)
  Color coded Wires: White and Red

Iron/Constantan

The type J is also very common. It has a smaller temperature range and a shorter lifespan at higher temperatures than the Type K. It is equivalent to the Type K in terms of expense and reliability. 

Type T Thermocouple

• Thermocouple grade wire, -454 to 700F (-270 to 370C)
• Extension wire, 32 to 392F (0 to 200C)

      Color coded Wires: Blue and Red
Copper/Constantan
The Type T is a very stable thermocouple and is often used in extremely low temperature applications such as cryogenics or ultra low freezers.


Type E   Thermocouple

• Thermocouple grade wire, -454 to 1600F (-270 to 870C)
• Extension wire, 32 to 392F (0 to 200C)
  Color coded Wires: Purple and Red

Nickel-Chromium/Constantan

The Type E has a stronger signal & higher accuracy than the Type K or Type J at moderate temperature ranges of 1,000F and lower. See temperature chart (linked) for details. 

Type N Thermocouple

• Thermocouple grade wire, -454 to 2300F (-270 to 392C)
• Extension wire, 32 to 392F (0 to 200C)
  Color coded Wires: Orange and Red

Nicrosil / Nisil

The Type N shares the same accuracy and temperature limits as the Type K. The type N is slightly more expensive. 

Type S Thermocouple 

• Thermocouple grade wire, -58 to 2700F (-50 to 1480C)
• Extension wire, 32 to 392F (0 to 200C)
  Color coded Wires: Not Established in the USA

Platinum Rhodium - 10% / Platinum

The Type S is used in very high temperature applications. It is commonly found in the BioTech and Pharmaceutical industries. It is sometimes used in lower temperature applications because of its high accuracy and stability.

Type R Thermocouple

• Thermocouple grade wire, -58 to 2700F (-50 to 1480C)
• Extension wire, 32 to 392F (0 to 200C)
  Color coded Wires: Not Established in the USA

Platinum Rhodium -13% / Platinum

The Type R is used in very high temperature applications. It has a higher percentage of Rhodium than the Type S, which makes it more expensive. The Type R is very similar to the Type S in terms of performance. It is sometimes used in lower temperature applications because of its high accuracy and stability.

Type B Thermocouple

• Thermocouple grade wire, 32 to 3100F (0 to 1700C)
• Extension wire, 32 to 212F (0 to 100C)

      Color coded Wires: Not Established in the USA

Platinum Rhodium – 30% / Platinum Rhodium – 6%
The Type B thermocouple is used in extremely high temperature applications. It has the highest temperature limit of all of the thermocouples listed above. It maintains a high level of accuracy and stability at very high temperatures.

Get a Thermocouple Quote HERE!

Anderson-Bolds
216-360-9800
www.anderson-bolds.com

Watlow  Thermocouples  Watlow  RTDs  Watlow  Watlow  Thermocouples  Watlow  RTDs  Watlow 

SRH Steam Ring Heaters from Penberthy- Emerson

Penberthy Emerson Eductors: Steam Ring Heaters from Anderson-Bolds

Penberthy is recognized as a global leader in high-quality level instrumentation in level and flow indication products for pumping, mixing, or heating liquids and gases.

Emerson Penberthy SRH (Steam Ring Heaters) are compact, inline units with low pressure drop. Penberthy SRH units inject steam through a ring-shaped opening within an enlargement in the pipeline.
Liquid passes through and around the ring. Heat is introduced by the direct condensation of steam. They provide fast temperature correction noiselessly and without vibration if applied correctly. Because the liquid flow area is unrestricted, pressure drops across the heater are minimized. This will reduce the horsepower requirements for the operating liquid pump. 

Penberthy Model SRH jet pumps are available in inlet and outlet sizes of 1-1⁄2”, 2” and 3” threaded and 6” flanged 

Emerson/Penberthy SRH Eductor

New Part numbers for Penberthy Steam Ring Heaters

Penberthy SRH 310 in Bronze 1-1/2 Inch Inlet and Outlet

SRH31BZCNTNTNT-01

Penberthy SRH 310 in Bronze 1-1/2 Inch Inlet and Outlet

SRH31CSCNTNTNT-01

Penberthy SRH 310 in Stainless Steel 1-1/2 Inch Inlet and Outlet

SRH31SSCNTNTNT-01

Penberthy SRH 320 in Bronze 2 Inch Inlet and Outlet

SRH32BZCNTNTNT-01

Penberthy SRH 320 in Carbon Steel 2 Inch Inlet and Outlet

SRH32CSCNTNTNT-01

Penberthy SRH 320 in Stainless Steel 2 Inch Inlet and Outlet

SRH32SSCNTNTNT-01

Penberthy SRH 330 in Bronze 3 Inch Inlet and Outlet
SRH33BZCNTNTNT-01

Penberthy SRH 330 in Carbon Steel 3 Inch Inlet and Outlet

SRH33CSCNTNTNT-01

Penberthy SRH 330 in Stainless Steel 3 Inch Inlet and Outlet

SRH33SSCNTNTNT-01

Penberthy SRH 330F in Bronze 3 Inch Inlet and Outlet
SRH33BZCFFFFNT-01

Penberthy SRH 330F in Carbon Steel 3 Inch Inlet and Outlet

SRH33CSCFFFFNT-01

Penberthy SRH 330F in Stainless Steel 3 Inch Inlet and Outlet

SRH33SSCFFFFNT-01

Penberthy SRH 340 in Bronze 6 Inch Inlet and Outlet
SRH34BZCNTNTNT-01

Penberthy SRH 340 in Carbon Steel 6 Inch Inlet and Outlet
SRH34CSCNTNTNT-01

Penberthy SRH 340 in Stainless Steel 6 Inch Inlet and Outlet
SRH34SSCNTNTNT-01

Features of Penberthy Jet Pump eductors

• Simple design with no moving parts to wear out. • No packing glands.
• No lubrication required.
• Virtually maintenance-free.
• Easy to install without special structures or foundations.
• Cast or fabricated constructions. • Variety of materials to suit specific
characteristics of the process liquids.
• Critical flow paths machined smoothly with
no abrupt turns or steps, producing the most efficient flow during the motive function. 

Anderson-Bolds

216-360-9800

www.anderson-bolds.com

Emerson Penberthy Steam Ring Heater Eductor Jet Pumps ~ SRH  -   Emerson Penberthy Steam Ring Heater Eductor Jet Pumps ~ SRH