4530 Series

   SCR Temperature/Power Control Panels. Pre-wired, Ready to Install, Zero-Crossover Fired, Three-Phase, Two-Leg, NEMA-4 & NEMA-12 Enclosures Available.

   Pre-Wired, Ready to Install; Zero-Crossover Fired; 3-Phase, 2-Leg; NEMA-12 and NEMA-4 Enclosures Available.

  Features:

   The 4530 Mini SCR Panel Series is an economical, convenient solution to mid-range SCR power control requirements, eliminating the need to select, collect and assemble separate components. The preconfigured panels are ready to install, requiring only power supply, load and sensor wiring. Their compact packaging makes them easy to mount, even in limited spaces.  NEMA-4 Enclosures are intended for indoor or outdoor use primarily to provide a degree of protection against windblown dust and rain, splashing water and hose-directed water.  NEMA-12 Enclosures are intended for indoor use primarily to provide a degree of protection against dust, falling dirt, and dripping non-corrosive liquids.

6100 Series

   1/16 DIN Proportional or On-Off Temperature Controllers with Dedicated Inputs & Ranges. Models: 6102, 6103 or 6132H .

   1/16 DIN Panel Cutout - Model 6102; 11-Pin Connector - Model 6102; Thermocouple and RTD Models - Model 6102 and 6103;Time Proportional Temperature Control - Model 6102 and 6103;10 AMP Capacity - Model 6102 and 6103; 1/4" Terminal Lugs - Model 6103

  Features:

   The Model 6102 Temperature Controller is one of lowest cost units with all the features of big controllers. Packaged in a small size to save you space and money, Model 6102 temperature controllers plug into an unbreakable nylon socket which can be mounted individually or snapped onto the Model 6000-TRK mounting track. The unbreakable nylon socket and mounting track make installations in chassis, control panel and O.E.M. applications fast and easy, using a minimum of space.

   The Model 6103 Temperature Panel Mount Controller with its small size is the logical choice for use on today’s multi-zone extruding and molding machines. It is available off-the-shelf in a wide selection of thermocouple types and ranges. A complete Terminal Accessories Kit (6100-ACC) is included.

70 Series

  Audible Alarm Annuciators - Models: 70A-1, 70A-2, 70A-3, 70A-4.

   Model 70A Temperature Alarms are the latest development in solid state sound production. When power is applied, a piezoelectric transducer operates as a solid state oscillator resulting in a loud, audible alarm tone.  Temperature Alarms are designed to give years of trouble-free service. There is no arcing or mechanical wear, and they are rugged and easy to install. Only a 1 1/8" diameter hole is required for mounting by removing the front plastic nut, inserting unit and rethreading. Units are easy to operate. Simply connect to a temperature controller and 120 volt ac power supply.

   Humidity: Model 70A Temperature Alarms will operate after having been subjected to 95% relative humidity at 40°C continuously for 100 hours. After removal from high humidity, the unit should be allowed to dry for a minimum of four hours at room temperature before operation.

AR Series

Rugged Bulb & Capillary Thermostats.

ARR Series May Be Used to Control Refrigerating, Ventilating, and Alarm Systems.

  These thermostats use sensitive bulbs that can be used in confined locations. Styles 4 and 5 bulbs are designed for inserting in drilled holes in platens and dies or for direct immersion. Sensors for air and pipeline heating applications (style 9) can be coiled to inside radii as small as 13 mm (1/2 inch).

CCD100 Series

   Compact, Economical Non-Indicating Temperature Controllers (used as a Remote Control Thermostat) Models: CCD100N-(*), CCD101N-(*).

     Applications:  The CCD Temperature Controller is used as a remote control thermostat for individual circuits requiring a weatherproof device.

  The CCD100N SPST Thermostat uses a temperature-sensitive bi-metal disc in an epoxy-sealed housing. Upon reaching the non-adjustable calibrated setpoint, the disc activates a plunger, causing the heavy duty switch contacts to open. The CCD100N is normally used as an across-the-line switch, but may be used to operate contactor coils and other similar devices.

   The CCD101N is an SPDT Thermostat with the same features as the CCD100N, except that it has an additional pole which can be used to operate external alarm devices or as a limit controller in conjunction with other CCD Series thermostats.

CN100 Series

   1/4 DIN Temperature Six Channel Monitor with One Alarm.

    The CN100 temperature monitors enable the operator to continually monitor six thermocouple inputs providing a high or low alarm. Each input channel is independent, with individual setpoints. The CN100 scans each channel, and in the event of an alarm, scanning will halt, and the single SPDT relay will change state; when the manual reset button is depressed, scanning will resume, and the relay returns to normal. CN102 low alarm models also feature built-in cold start suppression, which suspends low alarming until all six temperatures have reached their setpoints.

CN1001

   1/8 DIN Digital Proportional On/Off Temperature Controller.

    The CN1000 Series combines the features of a controller, monitor and temperature limit alarm into one easy-to-use digital meter for applications that require maximum versatility. The CN1001TC is selectable for J, K, T or J DIN thermocouple input with 1° resolution. The CN1001RTD is selectable for 2, 3, or 4-wire, 100 ohm Platinum RTD inputs (alpha = 0.00385) with 0.1degree resolution. Dual independent setpoints are available and are programmable for proportional or ON/OFF operation. The standard analog output is a retransmission of the temperature input and can be sent to a remote chart recorder, datalogger or data acquisition system.

CN132 Series

   1/32 DIN Autotune Temperature/Process Dual Setpoint Controllers.

    The CN132 digital microcontrollers include all the features of standard 1/4, 1/8 and 1/16 DIN microprocessor controllers, in a very small package. The CN132 features advanced Autotune PID. Autotune teaches the controller the main characteristics of the process. Autotune learns by cycling the output on and off. The results are measured and used to calculate optimum PID values which are automatically entered in the controller memory. Optimum cycle-time is calculated by Autotune programs. The choice of cycle-time is influenced by the external switching device or load, e.g., contactor, SSR, valve. Each control parameter also can be set by the user through the front keypad. These units include program security in a hidden level for authorized personnel.

CN1501 Series

1/8 DIN On-Off Temperature or Process Controllers with 5 Ramp and Soak Programs plus 2 Timers with Optional Outputs and Communications.

   The CN1501 indicator offers sophisticated microprocessor-based temperature control with ramp and soak, in a convenient 1/8 DIN (cutout) case. The CN1501 can store up to five ramp and soak profiles in memory; each profile can have up to 10 ramp/soak segments. The CN1501 uses ramped on-off control to provide optimum temperature stability. The CN1501 can display average rate of temperature change per minute, as well as instantaneous temperature. Low and high peaks are constantly monitored, and can be displayed at the touch of a key. Two programmable timers are also featured (second timer is also used for On/Off control).These timers can be used as timer or time/temperature based alarms.

CN1504 & CN1507 Series

   1/8 DIN 4-Zone & 7-Zone Temperature/Process Controllers with Ramp/Soak Capability.

   The CN1500 series is a compact unit that offers the features of up to seven controllers in a single 1/8 DIN enclosure. Careful design, high functionality and compactness allow it to offer the best cost/performance ratio of any controller in its class. The input type for each zone is selected independently. Scaling and offset allow current and voltage signals to be converted and displayed in engineering units. Temperature can be displayed in Centigrade or Fahrenheit. Each zone has its own ramp/soak profile with up to 7 segments. ON/OFF as well as PID control is offered for optimum process stability. Processes that do not require tight control through complex tuning of PID parameters can be run under simple ON/OFF control. Each zone has its own set of ON/OFF and PID parameters and each zone can be programmed for heating or cooling. Setpoint deviation, positive as well as negative, can be viewed. Additional functions include min/max reading for each zone, indefinite program hold, automatic scanning and displaying of different zones and three display modes (setpoint only, process only or both setpoint and process). Power, control, and process signal connections are conveniently made with Euro-style plug-in connectors. Each zone has a three-digit long engineering label that can be programmed to indicate the type of process being controlled, e.g., °C or °F for temperature, PSI for pressure, etc. Every controller’s output status is indicated by LED’s. Channel-to-channel scan time is also programmable.

CN1622 & CN1612 Series

   1/4 & 1/8 DIN Limitl Temperature/Process Limit Controllers with Modular Outputs and Communications.

   The CN1612 and CN1622 are a new line of limit controllers designed to provide a programmable safety cut out and optional alarm for use in a wide variety of applications with process controllers. The CN1612 and CN1622 both provide a latched relay output which is activated when process parameters either exceed or fall below the desired value, providing a fail safe shutoff which has to be manually reset before the process can continue. The instrument can be configured to be either a high limit unit where the relay will de-energize when the process variable is above the limit setpoint, or a low limit where the relay will drop out when the PV falls below the setpoint. LED indication shows when limits have been exceeded and when the relay is latched out. It offers a full range of universal sensor input options, versatile configuration and a front panel sealed to NEMA-4/IP65 standards. The CN1612 and CN1622 both provide a valuable safety control element in most applications and systems.

CN1A Series

   1/16 DIN On-Off LCD Temperature Controllers with Dual Outputs. Models: CN1A-TC, CN1A-RTD.       

   The CN1A Series is a digital On/Off temperature controller designed to provide the functionality of general purpose PID controllers but at a price suited to On/Off applications. The simple programming with two front panel keys, uncluttered LCD display, and uncomplicated control functions and alarm programming have enabled the CN1A to be widely used in a variety of applications. To add a timer to your panel, the associated PTC-1A is designed to combine a harmonized appearance with simple-to-operate, flexible functions and high reliability. The CN1A, when combined with the PTC-1A complimentary timer is ideal for frequent user-adjustable applications such as hot foil printing, window sealing and environmental ovens, which often require both temperature and timing control.

CN2110 Series

     1/4 DIN Compact Temperature Controller

    The CN2110 Temperature Controller offers simple setup, flexibility and control features in an attractive, compact design that both OEMs and users will find costeffective. The CN2110 is housed in a rugged, plastic 1/4 DIN package that only requires four inches behind the mounting surface. Straightforward operation and easy-to-use control features are major strengths of the CN2110 controller.

    Full Feature Outputs: A total of six output types further extend the applications flexibility of the CN2110 controller: (1Amp relay; 20 Amp Relay; 1 Amp Solid State Relay; 5 Amp Solid State Relay; 10 Amp Solid State Relay; dc pulse, SSR drive).

    The CN2110 features a variety of output modules including High Current options of a 10 Amp Solid State Relay or 20 amp mechanical relay. These outputs can directly control many cartridge or strip heaters, eliminating the need for a remote contactor or solid state relay. For larger three-phase loads, the CN2110 can drive a remote device with the Pilot Duty Relay or Solid State Relay Drive outputs. The optional Alarm Output gives you a non-latching, normally deenergized, 5 Amp relay output for over or under temperature protection of critical process temperatures.

Packaging with the User in Mind

  The CN2110 features a NEMA 4X front panel with tactile feedback push buttons. Large, bright LED’s provide an easy-to-read interface at a distance.

Flexibility & Simplicity

   Outputs are plug-in modules that are field replaceable. The switchselectable control modes include On-Off or Proportional-Integral (PI). Sensor type J, K, RTD are also switch selectable. No programming necessary.

Features High-Current Switching

   The CN2110 features high current output switching (relay and solid state relay), eliminating the need for an external power switching device and reducing installation cost. Single phase loads up to 20 amps may be directly connected to the CN2110, eliminating the need for a remote contactor or solid state relay. The internal relay option can switch up to 20 amps or the internal solid state relay option can switch up to 10 amps. The CN2110 automatically detects the output type and adjusts the controllers setting for optimal control.

Control Modes

   The CN2110 provides precise, solid state proportion control with automatic reset (PI) that will control most heating applications. ON/OFF control may be selected for applications where maximum output life (load switching) is needed.

CN3101

    1/4 DIN Limit Temperature/Process Controllers with Modular Communications Options.

    The CN3101 is a compact, fully programmable high or low limit controller. It is UL listed and has FM approval as a limit controller. With user programmable inputs, outputs and high/low limit features, it is adaptable to almost any limit control application, and can easily be reconfigured as needed. Sophisticated limit control features include a total time over/under setpoint display and peak (maximum or minimum) process variable display. These valuable CN3101 features allow you to determine if process damage has occurred, and they can help in analyzing the cause if shutdown occurs.

CN3230

   Environmental Test Chamber Controllers. 1/4 DIN Size and Dual Temperature/Process Inputs.

Models: CN3231 and CN3232.

   CN3230 is a Dual Channel Environmental Test Chamber Controller. Along with its expansive memory and flexible programming capabilities, the CN3230 has the added features of two sensor inputs and four control outputs. The two control channels may both function as temperature control, or channel #1 as temperature and channel #2 as humidity, making the CN3230 the perfect choice for environmental chamber, oven and furnace applications requiring highly sophisticated control. The humidity control algorithm accommodates both transmitter and wet bulb temperature inputs. The controller converts either input into a relative humidity value, thus functioning as a true humidity controller and requiring no calculations or conversions by the operator.

    16 ramp/soak programs, each having a separate standby setpoint and 8 individually timed intervals, give you a total of 128 intervals. Any interval or sequence of intervals can be looped up to 255 times, and any of the 16 programs can be linked to another program. The CN3230 features nested program loops, allowing configuration of complex process profiles that loop from any interval in a program to any interval of the other 15 programs.

   8 event outputs per interval are possible. Each controller is equipped with 4 SSR event outputs as standard, and an additional 4 outputs are available as an option. These event outputs give the CN3230 added control power to turn on conveyors, valves, fans, annunciators or other remote devices. The 4 alarm settings may be assigned to up to four of these solid state relay outputs, and each alarm can be set up as high, low or deviation alarms, normally energized or normally de-energized.

   Guaranteed soak, automatic hold and separate PID control parameters for all 4 control outputs. Two different proportional band settings can be programmed for each control channel (easily accommodating applications where the gain of different processes dictates significantly different PID control parameters for precise control). When establishing a program profile, simply select the proportional band setting most appropriate for the process.

    Remote operation of ramp/soak programs allows you to select from a remote contact closure: · START/CONTINUE; · HOLD; · STOP/RESET.

   An Optional 4-20 mA analog output (field changeable to 1-5 Vdc) is available, in addition to the 4 standard SSR control outputs, and can be assigned to represent any one of the four control outputs, or the process variables or setpoints.

   Programming logically organized into 22 PAGES of like MENU numbers, requiring only simple menu selections. The result is a specific address for each and every control adjustment or selection to be made, quick and easy programming, and no confusion!

   Programmed information is protected by non-volatile memory and 6 coded levels of security. In the event of a power failure, the CN3230 will retain all of the programmed parameters and program profiles. The 6 security levels require codes to access and change parameters, to prevent unauthorized or accidental access to programming.

   Simple front panel pushbuttons and alphanumeric cues make ramp/soak program operation and programming easy. The dual 4-digit LED displays give constant indication of channel #1 and channel #2 process variables and setpoints, while alphanumeric cues guide you through programming.

   Optional RS-232 and RS-422 Digital Communications is available and can operate without a mainframe or PC interface. By connecting a standard ASCII data terminal or PC to the CN3230, you can select or adjust any parameter that can be accessed from the controller's front panel. Automatic datalogging gives you a printout and/or display of up to 11 different control parameters and variables as often as every minute, or whatever time interval chosen. If several controllers are on a single line, the user can write multidrop software, or use the software package, CN3200-SOFT.

CN3240

   1/4 DIN Independent Dual Channel Temperature Controller with Timer, Ramp/Soak and Idle Functions. Communications Option has RS-232/RS-422/RS-485 all in one.

 CN3240 Series temperature controllers pack the sophistication and flexibility of two microprocessor-based controllers into one compact 1 /4 DIN package.

Two Flexible Loops

Each of the two independent control loops can be field programmed:

Loop #1 Loop #2

PID Temp. Control PID Temp. Control

PID Temp. Control Overtemp. Control  

Alarm/Overtemp Alarm/Overtemp

   Two sensor inputs (one per loop) can be field programmed as J or K thermocouple or RTD. The control outputs are 8 amp relays, field changeable to dc pulse. The relay output can be used to directly drive small heater loads. In addition, a third 10 Amp relay can be used for alarm control.

Timer and Event Input Features

   Incorporated into the CN3240’s programmed control features is a basic timer, configurable in hour/minute increments. The CN3240 timer can be used to enable the process at a preset time, or disable the process after a specified amount of time, avoiding the additional expense, space requirements and installation costs of a separate timer. Most importantly, the CN3240 timer assures you of total compatibility with the CN3240 process controller functions, requiring only initial setup and minimal operator attention.

CN3251

   1/4 DIN Ramp/Soak Temperature/Process Controllers with Modular Outputs and Communications.

    The CN3251 1/4 DIN temperature and process controller is a low cost, high performance single loop controller that can be used for temperature, flow, pressure and level control applications. With universal sensor inputs and front panel operator setup, one CN3251 controller can be easily field configured for a wide variety of applications, and simply reconfigured as application needs change. This makes it an exceptional choice for applications requiring multiple control needs, manufacturing facilities, testing facilities and testing applications.

CN3410/3411/3412/3413 Series

  Vertical 1/8 DIN Temperature/Process Ramp & Soak Controller.

   The CN3410 Series process controller is a highly versatile, single-loop controller designed to be exceptionally easy to operate and set up. Universal input and integral transmitter power supply ensure that the CN3410 Series has the capabilities to measure a wide range of process signals such as temperature, pressure, flow and level. Analog, dc pulse and relay control outputs are all fitted as standard, with the option to add further I/O capabilities such as additional relays, remote setpoint and digital input, as needed to suit your application. The configuration of the CN3410 Series is achieved simply by moving the security switch and entering a simple code from the front-panel keys. With NEMA-3 front-panel protection and superior RF immunity standard, the CN3410 Series is designed to function reliably in the harshest of today’s industrial environments.

CN3420 Series

   1/4 DIN Autotune PID Controller with Single Loop Heat/Cool and 4 Ramp/Soak Segments Standard. Models: CN3420, CN3421, CN3422, CN3423, CN3424.

    The CN3420 Series Process Controller is a highly versatile, single loop controller in 1/4 DIN format that has been designed to be exceptionally easy to set up and operate. Universal input and an integral transmitter power supply ensure that the CN3420 has the capability to measure a wide range of process signals such as temperature, pressure, flow and level. The unit features enhanced performance with analog, logic and relay control outputs, all fitted as standard, and an option to add further I/O capabilities such as additional relays, remote setpoint, analog retransmission and digital input, as needed to suit your application. The configuration of the CN3420 is achieved by moving the security switch and entering a simple code from the front panel keys or via our CN34-SW PC configuration package. There are no passwords, no input links, no complications. With NEMA-4X/IP66 front panel and superior RF immunity standard, the CN3420 has been designed to control reliably in the harshest of today’s industrial environments.

 CN606 & CN612 Series

    1/4 DIN Temperature 6 or 12 Channel Monitor with One Alarm and Communications Standard.

    The CN600 Series are microprocessor-based scanners which accept the same input type signals from up to 12 thermocouples or RTD’s. Each zone is sequentially scanned and active zones are displayed. Individual zones can be locked for monitoring. Each instrument is programmable to meet the operator’s needs for thermocouple or RTD input type, degree scale, latching or non-latching, and HI, LO or HI/LO alarms. Memory and setpoints are retained when power is off. The RS-232 program can monitor up to ten units. All CN600 Series Scanners have RS-232 three-wire serial communications. Up to 10 scanners can be daisy-chained together. CN600-SOFT software is included with every unit at no charge. Line voltage is 120 Vac or 240 Vac selectable by external jumper assembly. On the back of the instrument are easy-to-use screw terminal connections. The CN600 Series implements a security password to protect settings. The password can be enabled or disabled on the front panel and changed via RS-232. Calibration is performed from the front panel and is separately password protected. Higher level passwords are available. The instrument mounts in a 1/4 DIN panel cutout and is secured by slide brackets. It does not have to be removed from its housing to be mounted. The instrument is housed in a 1/4 DIN aluminum box. Optional models available are 6 Zone Thermocouple with Output Card, 12 Zone Thermocouple, 6 Zone RTD or 12 Zone RTD. A single output relay is provided to indicate an alarm condition on any zone. The instrument shows an alarm condition by flashing the main temperature display while indicating the zone in alarm with a flashing zone number display. The alarm automatically shuts itself off when the condition changes in the non-latching setting and is manually reset in the latching setting. There are two modes the monitor can be set for: RUN and FUNCTION SELECT. RUN is the basic operating mode. FUNCTION SELECT is the password protected settings selection and control mode. One of ten functions can be selected: "RUN" MODE; "FUNCTION SELECT"; Select Active Zones; Set LO Setpoint; Set HI Setpoint; Serial Number; Set Scan Time; Select Model; Password Enable; Calibration.

 CN616 Series

   1/4 DIN 6-Zone Temperature Controllers with RS-232 Communications and Free Configuration Software.

   The CN616 Series is a highly versatile six-loop microprocessor-based controller designed for easy front panel or remote setup and operation. Each of six zones is sequentially scanned, and active zones are displayed. Individual zones can be locked for monitoring. Each instrument is programmable to meet operator needs for: Thermocouple Type, Temperature units; Hi, Lo or Hi/Lo Alarm configured as Latching or Non-Latching; and Autotune with Manual Trim or Manual PID Setting. The Zone Display Scan Time and Ramp/Soak can be set by the operator. Parameters and setpoints are retained when power is turned off. Password protection is provided to prevent accidental changes to calibration, PID setting and ramp/soak profile. If power loss occurs, the controller retains all the latest parameters and returns to “Run” mode.

   All CN616 Controllers have RS-232 three-wire serial communications. The CN616-SOFT communications software is now included with every CN616 series at no additional charge. The RS-232 program is capable of monitoring up to ten daisy-chained units.

   Line Voltage is 120 Vac or 240 Vac selectable by external jumper assembly. Connections are made to the back of the instrument through easy-to-use screw terminal plugs.

   The CN616 Series implements a security password to protect settings. The password can be enabled or disabled on the front panel and changed via RS-232. Calibration is performed on the front panel and is separately password protected. Higher level passwords are available.

   The instrument is housed in a 1/4 DIN aluminum box which does not have to be removed for mounting. The unit mounts in a 1/4 DIN panel cutout and is secured by slide brackets. Control is done via 6 dc pulse outputs (one for each zone).

   A single output relay is provided to indicate an alarm condition on any zone. The instrument shows an alarm condition by flashing the main temperature display while indicating the zone in alarm with a flashing zone number display. When set for Non-Latching, the alarm automatically resets when the condition changes. The alarm must be manually reset in the Latching setting.

   The controller functions in two modes: “RUN” is the basic operating mode. “FUNCTION SELECT” is the password protected settings selection and control mode.

CN77000

   1/16 DIN Autotune PID Temperature/Process Controllers.

   High accuracy, high quality controllers offer unparalleled flexibility in process control. Each unit allows the user to select the input type, from 10 thermocouple types (J, K, T, E, R, S, B, C, N and J DIN), Pt RTD's (100, 500 or 1000 ohm, with either 385 or 392 curve), or analog voltage or current input. The voltage/current inputs are fully scalable to engineering units, with selectable decimal point, perfect for use with pressure, flow or other process input. The controller features a large, dual LED display, front panel configuration, selectable temperature/ process inputs and universal power supply that accepts 90 to 250 Vac or Vdc. Available in single and dual output configurations, the CN77000 Series is available with relay, SSR, dc pulse, analog voltage or current outputs. A single alarm is standard. Options include a second alarm, RS-232, RS-485, analog output or remote setpoint selection. The CN77300 series controllers have many features of larger, 1/4 DIN controllers in a compact, 1/16 DIN size. These controllers feature a 1/16 DIN cutout and bezel with a NEMA-12 rating, dual LED displays, with different colors for the actual process and setpoint values. Individual indicators provide output and alarm status. The CN77500 series features a 1/16 DIN cutout, 53.3 mm (2.1") square face with NEMA-4 rating, large dual LED display, front panel configuration, and selectable temperature/ process inputs. Available in single and dual output configurations, the CN77500 is available with relay, SSR, dc pulse, analog voltage or current outputs. A single alarm is standard. The CN77R300 and CN77R500 series controllers feature a unique detachable display and adapter to allow mounting in a round, 44 mm (1.75") cutout. This feature allows users to prepare the panel with a standard round hole saw. The 2-piece design snaps together, for quick, easy installation.

 CN800 Series

    1/16 DIN Proportional or On-Off Temperature Controllers with Dedicated Inputs & Ranges.

SPECIFICATIONS

Power: 115/230 Vac, user-selectable; 50 to 60 Hz; preset to 115 Vac

Power Consumption: 3 VA

Output 1: SPDT mechanical relay, rated 5 A at 250 Vac, resistive load

Output 2: SPDT mechanical relay, rated 3 A at 250 Vac, resistive load

Setpoint 1: front dial adjustment

Setpoint 2: screwdriver adjustment within ±10% of temperature range relative to setpoint 1

Accuracy: 2% FS, within 5 to 95% or range

Accuracy Reference Conditions: 22°C ±2°C (72°F ±3.6°F), after 30 min. warm-up time

Proportional Band: 3% FS fixed Cycle Time: 25 s, nominal, fixed

On-Off Deadband: 2% FS, Fixed

Input Types: J, K, T, R, S thermocouples; 100 ohm Pt RTD, 2- or 3-wire

Sensor Burnout: upscale, automatic

Common Mode: negligible effect to 264 Vrms, 50/60 Hz

Normal Mode: negligible effect to full scale mV, 50/60 Hz

Ambient Temperature Range: to 50°C (32 to 130°F)

Dimensions: 48 H x 48 W x 97 mm D (1.89 x 1.89 x 3.8")

Panel Cutout: 45 mm (1.772") square

Weight: 250 g (9 oz)

 CN8100 Series

1/4 DIN, PID, On/Off, or Limit Controllers.

  The CN8100 Series may be ordered as either a PID or On/Off controller or as a Limit Safety Device. The ¼ DIN models are low cost and ideal for OEM or replacement applications. They are microprocessor-based and accurate to ±0.3% FS. As a separate safety feature to your control application, the CN8121-R1 high limit safety device provides reliable high/low temperature limit shut-off control for most machine and process control applications including environmental chambers, furnaces, ovens and packaging machinery. As a high limit device, these controllers have a normally energized SPDT latching output relay which becomes de-energized whenever the process variable (PV) exceeds a selected setpoint value. Reset of the latching output relay is done from a reset pushbutton on the front panel of the controller.

 CN8201 and CN8202 Series

   1/16 Din Universal Temperature & Process Controllers with 8 Segment Ramp/Soak Capability.

   The CN8200 temperature/process controller is extremely versatile and user-friendly. The operator needs to review only those parameters relevant to the particular application during setup. A dual digital display offers optimum process information at a glance. Individual LED's identify the status of outputs, alarms, digital communications, and special options. The CN8200 features a NEMA-4X front panel and a universal power. supply that accepts 100 to 250 Vac and 120 to 250 Vdc. A 24 Vac/24 Vdc power supply option is also available. Control algorithms available are P, PI, PD, PID, or ON/OFF. The autotune feature automatically sets proportional band, derivative, and integral before the process reaches setpoint. These parameters provide quick stabilization of processes with minimum overshoot, hunting, or cycling. Eight-level ramp/soak control is standard, and includes a decimal display on thermocouple ranges, digital display and signal filtering, and a percentage of power limit setting. The dual control outputs can be configured for a variety of control and alarm applications, and two dedicated alarm outputs are also available. The CN8200 offers a wide range of options, including RS-232 and RS-485 digital communications, five remote analog setpoint ranges, three contact/digital input modes, four transducer excitation voltages, and four auxiliary output ranges.

 CN8240 and CN8260 Series

   1/8 DIN Verttical and 1/4 DIN Universal Input Temperature/Process Controllers.

   The CN8240/CN8260 1/8 DIN vertical and 1/4 DIN temperature/ process controllers are extremely versatile and user-friendly. The operator needs to review only those parameters relevant to the particular application during setup. A dual digital display offers optimum process information at a glance. The dedicated upper display shows the process value, while the lower display shows setpoint and setup parameters. Individual LED's identify the status of outputs, alarms, digital communications, and special options. The CN8240/CN8260 features a NEMA-4X front panel and a universal power supply that accepts 100 to 250 Vac and 120 to 250 Vdc. A 24 Vac/24 Vdc power supply option is also available. Calibrations for most thermocouples and RTD's are available, as well as for millivolt linear, volt linear, and current linear inputs. Unlike the CN8200 1/16 DIN models, these controllers have plug-in output modules that can be changed in the field. In addition, a single output model can be converted to a dual output version in the field. Control algorithms available are P, PI, PD, PID, or ON/OFF. The autotune feature automatically sets proportional band, derivative, and integral before the process reaches setpoint. These parameters provide quick stabilization of processes with minimum overshoot, hunting, or cycling. Eight-level ramp/soak control is standard, and includes decimal display on thermocouple ranges, digital display and signal filtering, and a percentage of power limit setting. The dual control outputs can be configured for a variety of control applications, and an additional two dedicated alarm outputs are also available. The CN8240/CN8260 offers a wide range of options, including RS-232, RS-485 digital communications, a variety of remote setpoint options, three contact/digital input modes, four transducer excitation voltages, and four auxiliary output ranges.

 CN8590 Series

   1/32 DIN Autotune, Temperature/Process Dual Output Controllers.

   The CN8590 is a 1/32 DIN microprocessor based controller that provides accurate closed-loop control of temperature and other process variables. With on-demand auto-tuning, and complete On/Off through full PID functionality, the CN8590 accepts inputs from K, J and T type thermocouples, RTD's or linear signals. Standard features include a large easy-to-read LED display, dual outputs, field selectable inputs, process or deviation high/low alarms, and bumpless auto/manual transfer. On/Off output hysteresis is adjustable and the unit may be easily configured in the field to display process value, deviation or output percentage.

 CN9000A Series

  1/16 DIN Autotune PID/On-Off Controllers with Modular Output Options.

   The CN9000A digital temperature controllers feature high accuracy and reliability, and the sophisticated PID with approach control for optimal control during start-up and steady-state operation. These units are well suited for a broad range of applications, and are easy to install and operate. The unique, sophisticated autotune algorithm will calculate the optimum PID values, and additionally recommends the best value for cycle time. For most applications, the user need only select the desired input type, simply by using the front pushbuttons. The autotune parameters can be changed by the operator at any time, allowing the operator to fine tune the controller to an individual process. The microprocessor holds all data in non-volatile memory, with the ability to retain data for 10 years with no power. The CN9000A has a large, 3 1/2 digit green LED readout, with auxiliary indicators for each output, and 3 LED’s to indicate deviation from setpoint. Selection of all operational controls is made through the keys on the front panel, with the display prompting the user through each step. After the parameters have been set, they can be locked in, simply by removing a jumper located behind the front bezel. The user can select the control mode and parameters, display resolution (1 or 0.1°), and units (°F/°C). The operator can also utilize the ranging feature, which limits the range in which the setpoint may be chosen, or lock out a user from changing the setpoint. The new single setpoint controller has rear termination. The optional second setpoint and output of the CN9000A model can be set for proportional, on-off or latching limit control, and can be set as either a tracking or non-tracking setpoint. Cycle time, proportional band and on-off deadband are all set independently of the primary setpoint.

 CN9300, CN9400, CN9500 and CN9600  Series

   1/32 & 1/16 DIN Temperature/Process Autotune Controllers with Optional Plug-in Communications and CN9-SW Cloning, Logging & Charting Software.

   The new 1/32 DIN CN9500, 1/16 DIN CN9300 Single Display and 1/16 DIN CN9400 Dual Display controllers follow our tradition of innovative design. Building on the success of the CN132 and CN9000A series, the new models include several new features, the most important being the option of a low cost serial communicating system with easy to use Windows-based software. The CN9-SW series software bridges the gap between the "stand alone" system and full SCADA of Fieldbus control networks by providing a facility for remote supervision of up to 32 instruments using MODBUS protocol. It requires only a modest investment and can be operated by anyone with a medium specification PC or laptop that can be run with Windows 95 or Windows NT.

 CNi Series Family

   i-Series 1/32, 1/16, 1/8 DIN Programmable Temperature/Process Controllers with RS-232 & RS-485 Communications.

   The innovative OMEGA® iSeries of meters/controllers combines in one intelligent industrial instrument features of an extremely accurate digital panel meter and a fully functional PID controller. The iSeries instruments are simple to configure and use, while providing tremendous versatility and a wealth of powerful features.

i/8, i/16, i32 FAMILY

   The iSeries is a family of microprocessor-based instruments offered in three true DIN sizes with NEMA-4, IP65 rated front bezels. All of the instruments share the same set-up and configuration menu and method of operation, a tremendous time saver for integration of a large system.

Programmable Color Display

   The i/8, i/16, and i/32 are the first complete series of 1/8, 1/16 and 1/32 DIN process control instruments with totally programmable color displays. The display can be programmed to change color at any setpoint or alarm point. For example, the instrument can be programmed to display the Process Value in GREEN during warm-up, switching to AMBER to signal the normal operating range, and in RED to signal an alarm condition. The changes in color are quickly seen from a distance, and machine operators can intuitively react to changing conditions.

  In another example, the instrument can be programmed to display GREEN for normal, AMBER to signal a minor alarm condition, and RED for a major alarm. The colors can be programmed to change back when the value drops back below the alarm point or to "latch" on until being reset by the operator.

   The instrument can also be programmed to display only one unchanging color: GREEN, AMBER, or RED. This is a useful way to let an operator identify, at a glance, process values in three separate locations, or to display three different measurements such as Temperature, Pressure, and Flow. The innovative iSeries of meters/controllers features an extended Five (5) YEAR warranty at no extra charge. The iSeries packs a wealth of power and features into the smallest of packages, utilizing COB (chip-on-board) and SMT (surface mount technology) assembly techniques and automation. Every iSeries instrument is thoroughly calibrated and tested at several stages throughout production. The iSeries offers the highest accuracy for industrial instrumentation at 0.03% of reading. The analog-to-digital conversion utilizes proprietary 20-bit ASIC (application specific integrated circuit) patented algorithms and smart filtering.

Universal Inputs

   The innovative iSeries offers the broadest selection of signal inputs available on one industrial instrument. The choices are easily selected from the Menu with four front panel pushbuttons, or by serial communications. 10 Thermocouple Types. The iSeries handles TEN (10) thermocouple types: K, J, T, E, R, S, B, C, N, and J DIN. The patented thermocouple linearization algorithms employed in the iSeries produce the highest standard of accuracy.   

Most Accurate RTD Measurements

   The iSeries works with the widest selection of RTD’s and produces the most accurate RTD measurements. Both Pt 0.00385 and 0.00392 curves. 100 (ohm), 500 (ohm) and 1000 (ohm). A choice of 2-, 3- and 4-wire RTD connections ensures the absolute highest degree of accuracy.

Process Voltage and Current

   The OMEGA® iSeries measures process voltage: 0-100 millivolt, 0-1 Volt, 0-10 Volt ranges, and process current: 0-20 mA.

Analog Output

   The optional analog output can be programmed within a range of 0-10 Vdc or 0-20 mA. It is selectable as either a control output or as a calibrated retransmission of the process value-a unique feature among controllers.

Built-in Excitation Standard

   The iSeries comes standard with built-in 24 Vdc @ 25 mA excitation for transmitters or other devices. This means the same instrument can handle thermocouples, RTD’s, and 4-20 mA transmitters, with its own excitation. (Built-in excitation is not available with optional Isolated RS-232/RS-485 Serial communications.)

Control Functions

   The iSeries can control simple manual operation to ON-OFF and full Autotune PID control. (Selectable preset tune, adaptive tune, PID, PI, PD control modes.) The dual control outputs can be configured for a variety of independent control and alarm applications such as heat/heat, heat/cool, heat/alarm, cool/cool, cool/alarm or alarm/alarm. The ramp-to-setpoint feature allows the user to define the rate of rise to setpoint, minimizing thermal shock to the load during start-up. Maximum ramp time: 99.59 (HH.MM), Soak: 00.00 to 99.59 (HH.MM), Damping: 1 to 8 in unit steps. Input types: J, K, T, E, R, S, B, C, N, J-DIN, RTD 100 ohm, 500 ohm & 1k ohm in 0.00385 or 0.00392, 0 to 20 mA, 0 to 100 mV, 0 to 1 V and 0 to 10 Vdc.

Free Software

   Free interface software is provided for easy set-up, configuration and data acquisition with the OMEGA® iSeries. (Picture at right is an example of software that might be used).

Free ActiveX Controls

   Free ActiveX Controls are provided for the iSeries, making it easy to integrate the iSeries with information systems using "ActiveX Containers" such as Microsoft Visual Basic and Microsoft Excel as well as with popular OLE and OPC compliant data acquisition, process control, and industrial automation software from OMEGA®, GE Fanuc, Intellution, Rockwell Automation, Object Automation, iconics, and Wonderware among others.

Optional Isolated RS-232 and RS-485 Serial Communications

   The iSeries are the first intelligent industrial instruments to offer both RS-232 and RS-485 serial communications in one instrument which can be selected from the menu.

The iSeries features both serial protocol and MODBUS serial protocol.

Free Factory Setup and Configuration

   Make installating your iSeries meter or controller easier by ordering it preconfigured by the factory, at no extra charge. You specify the input types, scaling if applicable, set points, alarm points, etc. and we will program the instruments to your specific requirements in our calibration lab prior to shipment. For a checklist of factory setup parameters, please consult your OMEGA® applications engineers.. The Factory Setup and configuration option requires the serial communication "-C24" option.

Custom Configurations

   Custom color bezels and enclosures are available for Original Equipment Manufacturers. Enhance the appearance of your equipment design with custom colors. Consult the OMEGA® OEM Group. i Series LED displays are considerably bigger, brighter and therefore more visible than displays for conventional instruments with the same DIN size. The segments in the i/8 are 21 mm (.83") high.

 CNI8C and CNIS8C

   1/8 DIN Ultra Compact Case Temperature, Process and Strain PID Controllers. Ultra Compact 1/8 DIN Meter and Controller. Big Display with Color Changing Feature. Built-in Excitation. NEMA 4 (iP65) Bezel. RS-232, RS 422/485 or Modbus Communication, Menu Selectable.

    /8 and i/32 FAMILY

   The OMEGA® iSeries is a family of microprocessor-based instruments offered in two true DIN sizes with NEMA-4, IP65 rated front bezels. All of the instruments share the same set-up and configuration menu and method of operation, a tremendous time saver for integration of a large system.

   The iSeries displays feature unique 9-segment LED characters which greatly improves alphanumeric representations. The 7-segment LED characters found on most instruments are adequate for presenting numbers, but not letters. Words are easier to read with the unique 9-segment LED characters on the iSeries, which makes operating and programming simpler and easier. 

 Programmable Color Display

  The iSeries are the first complete series of 1/8, 1/16 and 1/32 DIN process control instruments with totally programmable color displays. The display can be programmed to change color at any set point or alarm point.

  For example, the instrument can be programmed to display the process value in GREEN during warm-up, switching to AMBER to signal the normal operating range, and in RED to signal an alarm condition. The changes in color are quickly seen from a distance, and machine operators can intuitively react to changing conditions. The colors can be programmed to change back when the value drops back below the alarm point or to "latch" on until being reset by the operator. The instrument can also be programmed to display only one unchanging color: GREEN, AMBER, or RED. This is a useful way to let an operator identify, at a glance, process values in three separate locations, or to display three different measurements such as Temperature, Pressure, and Flow. 

 CNiS32 & DPiS32 Series

   i-Series 1/32 DIN Programmable Strain/ Process Controllers and Meters with RS-232 & RS-485 Communications Featuring a Totally Programmable Color Display.

   The iS32 series of meter/controllers can measure a wide variety of DC voltage and current outputs for all common load cells, pressure transducers, and most any strain gauge type of transducer. It is the first instrument of its kind, offering a wealth of powerful features and performance in an amazingly compact 1/32 DIN package. The iS32 handles input ranges of 0-100 mV, 0-1 V, 0-10 V, 0-20 mA (4-20 mA). The iS32 is easy to configure and scale to virtually any engineering units using the push buttons on the front panel, or using personal computer with the optional serial communications and free configuration software. The serial communications option includes both RS-232 and RS-485 on one instrument, and the straightforward OMEGA ASCII communications protocol, as well as MODBUS protocol. The iS32 includes built-in excitation for transducers, selectable as 10 V at 100 mA or 5 V at 60 mA. The iS32 features a choice of two optional outputs: Form C SPDT (single pole double throw) mechanical relays, solid state relays, DC pulse, and programmable analog output selectable for either a control function or retransmission of the process value. The iS32 features the iSeries totally programmable color display that can change colors between Green, Amber, and Red at any setpoint or alarm point.

 CNiTH and DPiTH Series

Humidity + Temperature Controllers.

   The instruments are simple to configure and use, while providing tremendous versatility and a wealth of powerful features. The Omega iTH Series instruments are available either as monitors or controllers. The monitors are extremely accurate programmable digital panel meters displaying humidity, temperature, or dew point. The controllers also provide dual loop control for both humidity and temperature and are easily programmed for any control or alarming requirement from simple on-off to full autotune PID control. The iTH family of meters and controllers are available in four true DIN Sizes with NEMA 4, IP65 splash resistant bezels: the ultra compact 1/32 DIN (the world's smallest dual loop Humidity + Temperature controller); the popular midsize 1/16 DIN square bezel with dual display; the 1/8 DIN vertical, and the 1/8 DIN horizontal with the big bright 21mm digits. The iTH series LED displays can be programmed to change color between Green, Amber, and Red at any set point or alarm point. The iTH controller models offer a choice of two control or alarm outputs in almost any combination: solid state relays (SSR); Form "C" SPDT (Single Pole Double Throw) relays; pulsed 10 Vdc output for use with an external SSR; or Analog Output selectable for control or retransmission of the process value. The Networking and Communications options (highly recommended) include direct Ethernet LAN connectivity with an Embedded Web Server, and serial communications. The C24 serial communications option includes both RS-232 and RS-485. Protocols include both MODBUS and a straightforward ASCII protocol. The C4EI option includes both Ethernet and RS-485 ASCII/MODBUS on one device. The iTH Series meters and controllers are designed for easy integration with popular industrial automation, data acquisition and control programs as well as Microsoft Visual Basic and Excel. Omega® provides free configuration and data acquisition software and demos which makes it fast and easy to get up and running with many applications.

 CPP940 & CBC990 Series

  Low Cost Compact Temperature Controllers for Lab Heaters.

   The OMEGALUX® percentage controller is a manually adjustable control which provides variable selection of average heater power. The controller varies the proportion of “off” and “on” time of the heater. Thermal characteristics of the heated item will determine the setting of the manually adjustable controller knob. The controller does not use a temperature sensor; therefore, operation requires occasional supervision under changing load conditions.

Applications

  OMEGALUX® percentage controllers are designed for indoor use to control the temperature of small tanks, laboratory heaters, pipes, and drums in which the control of average power is desired and precise control is not required. CBC controllers are designed for indoor use to control the temperature of small tanks, drums, pipes or other applications requiring automatic temperature control.

   The OMEGALUX® Series CBC controller utilizes a bulb and capillary type sensor to control a single pole, single throw switch. Once the temperature is set, it is automatically maintained by the controller. The control is housed in a rugged cast aluminum enclosure and has an easy-to-read dial. No wiring is required, as the heater is plugged into the control unit.

 CSC32

   Compact CN9500 Controller in Rugged Benchtop Case.

   The CSC32 series compact benchtop controllers are ideal for laboratory use and applications requiring portable temperature and process control. Pre-wired input and output receptacles in the rear of the case enable quick and easy connections to power, input, power output and digital communications. These benchtop controllers are factory configured and calibrated for a dedicated input type by model number. The 1/32 DIN CN9500 controller used in this benchtop controller series can be programmed for either On/Off, or PID Autotune Control (with autotune Feature) via the front panel or through the use of a PC and CN9-SW communications software.

  CN9-SW software is designed to interface with the CN9300, CN9400, CN9500 and CSC32 Series benchtop controllers with optional communication hardware. Benefits: Time saving benefit and convenience of remotely configuring and adjusting units; Saving and retrieving settings to and from files; Highly flexible logging and “real time” charting capability for providing hard copy QA records for ISO-9000 and other management purposes; Software is capable of logging readings from up to 128 instruments which it stores in data files; The data can be exported into text files in Comma Separated Variable format; In addition, up to 12 controllers can be displayed on a single chart, or individual charts can be set up for each instrument; A Virtual full color chart recorder can log process variables such as: °C, °F, Bar, PSI, pH, rH, or user defined engineering units .

 DP26 Series

1/8 DIN Dual Input Indicator/Controller which can be used for Differential Temperature Measurement.

   The DP26 differential temperature meter is a versatile dual input indicator/controller. The touch of a button toggles the display between T1, T2 and T1-T2. Analog output is optional, using any of the three values available. The optional control relays for alarms or on-off control can be tied to T1, T2 or T1-T2. The user selects J, K, T or J DIN thermocouple input from the front panel. The units of measure can be switched between °F and °C with the front panel pushbuttons. The optional analog output can function as retransmission of temperature (assignable to T1, T2, or T1-T2) or be assigned to Setpoint #1 and used as a proportional control output. Setpoint #1 will still continue to operate as a setpoint, while the analog output of either 4-20 mA or 0-10 V can be used to proportionally control an external process.

 DP41-B

1/8 DIN ULTRA HIGH PERFORMANCE METER

    The all new DP41-B raises the bar even higher with accuracy of up to ±0.005% of reading, and up to 166 readings per second. The versatile DP41-B handles a broad spectrum of dc voltage and current ranges, nine thermocouple types, multiple RTD's, and signals from strain gauge transducers such as load cells and pressure transducers, as well as potentiometric inputs. It also features ten point linearization of input signals, progammable by the user for custom applications. Built-in excitation to power virtually any sensor or transmitter, and four isolated open collector outputs for control or alarms are standard. The big, bright, 6 digit patented LED display can be programmed to change color between Red, Amber, and Green at any set point. The digits are 58% bigger than the typical display. Output options include: Isolated programmable analog voltage or current and four relays.

  With the Serial Communications option, the user can select from a push-button menu between RS-232, RS-485, and either a straightforward ASCII protocol or MODBUS. With OMEGA’S award-winning Ethernet/Internet option, the new DP41-B connects directly to an Ethernet network and transmits data in standard TCP/IP protocol. It is possible to monitor and control a process through a web browser from anywhere on the Internet.

Embedded Internet and Serial Communications

Featuring optional "Embedded Internet" (specify EI option) the DP41-B connects directly to an Ethernet network and transmit data in standard TCP/IP packets, or even serve Web pages over a LAN or the Internet. The DP41-B is also available with serial communications. With the C24 option, the user can select from the push-button menu between RS-232, RS-422, and RS-485, with straightforward ASCII commands or MODBUS.

Programmable Color Display

  The DP41-B has totally programmable color displays. The display can be programmed to change color at any set point or alarm point. For example, the instrument can be programmed to display the process value in GREEN during warm-up, switching to AMBER to signal the normal operating range, and in RED to signal an alarm condition. The changes in color are quickly seen from a distance, and machine operators can intuitively react to changing conditions. The colors can be programmed to change back when the value drops back below the alarm point or to "latch" on until being reset by the operator.

   The instrument can also be programmed to display only one unchanging color: GREEN, AMBER, or RED. This is a useful way to let an operator identify, at a glance, process values in three separate locations, or to display three different measurements such as Temperature, Pressure, and Flow. DP41-B LED displays are considerably bigger, brighter and therefore more visible than displays for conventional instruments with the same DIN size.

QUALITY and TECHNOLOGY

   Designed and manufactured, the innovative DP41-B meters feature an extended five (5) YEAR warranty at no extra charge. The DP41-B packs a wealth of power and features using COB (chip-on-board) and SMT (surface mount technology) assembly techniques and automation. Every DP41-B instrument is thoroughly calibrated and tested at several stages throughout production. The DP41-B offers the highest accuracy for industrial instrumentation at 0.005% of reading. The analog-to-digital conversion utilizes patented algorithms and smart filtering.

Universal Inputs

The innovative DP41-B offers the broadest selection of signal inputs available on one industrial instrument. The choices are easily selected from the menu with four front panel pushbuttons, or by serial or ethernet communications.

9 Thermocouple Types

The DP41-B handles NINE (9) thermocouple types: K, J, T, E, R, S, B, N, and J DIN. The patented thermocouple linearization algorithms employed in the DP41-B produce the highest standard of accuracy.

Most Accurate RTD Measurements

The DP41-B works with the widest selection of RTD's and produces the most accurate RTD measurements. Handles 100 ohm Pt both 0.00385 and 0.00392 curves. Any 6 to 6000 ohm NIST or DIN Pt and any linear RTD (10 ohm Cu, etc.). A choice of 2-, 3- and 4-wire RTD connections ensures the absolute highest degree of accuracy.

Process Voltage and Current

The DP41-B measures process voltage: 0-100 mV, 0-1 V, 0-10 V, 0-100 V (unipolar), ±50 mV, ±500 mV, ±5 V, ±50 V (bipolar) ranges, and process current: 0-20 mA or 4-20 mA.

Strain Gauge

The DP41-B measure inputs from Load Cells, Pressure Transducers, and most any strain gauge sensor. Input can be linearized over 10 pts on ranges. 0-100 mV, 0-1 V, 0-10 V, 0-100 V (unipolar), ±50 mV, ±500 mV, ±5 V, ±50 V (bipolar), in addition to 0-20mA. Excitation for transducers of 10 Volt and 24 Volt is standard.

Analog Output

The optional analog output can be programmed within a range of 0-10 Vdc or 0-20 mA. It is selectable as a calibrated retransmission of the process value.

Built-in Excitation Standard

The DP41-B comes standard with built-in excitation. You can capture and display both peak and valley levels of your input signals, an important feature for such applications as destructive and pressure testing. Five different kinds of excitation are available for sensors such as transmitters (24 Vdc @ 25 mA), strain gages (1.5 to 10 Vdc @ up to 60 mA max.), slide-wire potentiometers (1.25 Vdc @ 30 mA).  

The DP41-B features plug/removable connectors and a sturdy panel mounting sleeve with adjustable thumb nuts for easy secure installation

The DP41-B displays feature unique 9-segment LED characters, which greatly improves alphanumeric representations. The 7-segment LED characters found on most instruments are adequate for presenting numbers, but not letters. Words are easier to read with the unique 9-segment LED characters on the DP41-B, which makes operating and programming simpler and easier.

Free Software

  Free software is provided for easy set-up, configuration and data acquisition with the  DP41-B.

Free ActiveX Controls

   Free ActiveX Controls are provided for the DP41-B, making it easy to integrate the DP41-B with information systems using "ActiveX Containers" such as Microsoft Visual Basic and Microsoft Excel as well as with popular OLE and OPC compliant data acquisition, process control, and industrial automation software from, GE Fanuc, Intellution, Rockwell Automation, Object Automation, iconics, and Wonderware among others.

Free Factory Setup and Configuration

Make installing your DP41-B meter or controller easier by ordering it preconfigured by the factory, at no extra charge. You specify the input types, scaling if applicable, set points, alarm points, etc. and we will program the instruments to your specific requirements in our calibration lab prior to shipment. For a checklist of factory setup parameters, please consult your applications engineers. The Factory Setup and configuration option requires the serial communication "-C24" option.

* Includes (All±) Maximum Linearization Error
*1 - For K Type: Temperatures over 1250°C, accuracy will be 0.4°C/0.8°F/0.4°K
*Accuracy (all±) includes maximum linearization error