- Dynisco SPX 2-Series smart pressure sensors for hazardous locations
- 4–20 mA loop-powered output with optional HART™ communication
- Accuracy up to ±0.25% depending on model
- 6:1 turndown capability, SPX2290 with 3:1 turndown
- Direct connection to DCS, PLC and control systems
- ATEX intrinsically safe and FM/CSA explosion-proof versions available
- SIL2 certified for pressure output and PL “c” for relay output

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- Dynisco SPX-T (3-Series) smart pressure sensors for hazardous locations
- 4–20 mA loop-powered output with optional HART™ communication
- Temperature compensation and DynaLarity™ to reduce temperature-related drift
- Accuracy up to ±0.15% depending on model and pressure range
- 6:1 turndown capability
- Optional temperature output via RTD or 4–20 mA
- ATEX/IECEx intrinsically safe and FM/CSA explosion-proof versions available

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- Dynisco SPX 4-Series smart pressure sensors for hazardous locations
- 4–20 mA loop-powered output with optional HART™ communication
- Accuracy up to ±0.25% depending on model
- 6:1 turndown capability
- Direct connection to DCS, PLC and control systems
- ATEX/IECEx intrinsically safe configurations available
- SIL2 certified for pressure output and PL “c” for relay output
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- Dynisco SPX 5-Series smart pressure sensors for hazardous locations
- 4–20 mA loop-powered output with optional HART™ communication
- ±0.20% accuracy for all models
- 3:1 turndown capability
- Direct connection to DCS, PLC and control systems
- ATEX/IECEx intrinsically safe and FM/CSA explosion-proof configurations available
- SIL2 certified for pressure output and PL “c” for relay output

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- Dynisco MDT4X2F pressure sensor series with SIL2 certification
- 4–20 mA two-wire output signal
- Pressure ranges from 0–17 bar to 0–2,000 bar
- Suitable for high-noise environments and unshielded two-wire cabling
- Local and remote rezeroing capability
- Flexible capillary connection between diaphragm and housing
- Media temperatures up to 400 °C

Datasheet with SIL |
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- Dynisco PT46X4 pressure sensor series with SIL2 certification
- 4–20 mA output signal for DCS and PLC systems
- Pressure ranges from 0–500 psi to 0–30,000 psi
- ±0.5% FSO accuracy including linearity, repeatability and hysteresis
- Local and remote rezeroing capability
- Media temperatures up to 400 °C
- PL “c” according to EN ISO 13849-1 and Safety Integrity Level 2

Datasheet |
- Dynisco PT46X5 pressure sensor for general-purpose melt pressure measurement
- Voltage outputs of 0–5 VDC or 1–6 VDC
- Pressure ranges from 0–500 psi to 0–30,000 psi
- Accuracy better than ±0.5% FSO
- Adjustable zero and span settings
- Media temperatures up to 400 °C
- Integrated 80% shunt calibration
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- Dynisco PT46X6 pressure sensor for general-purpose melt pressure measurement
- Voltage outputs of 0–10 VDC or 1–11 VDC
- Pressure ranges from 0–500 psi to 0–30,000 psi
- Accuracy better than ±0.5% FSO
- Adjustable zero and span settings
- Media temperatures up to 400 °C
- Integrated 80% shunt calibration
Datasheet |
- Intrinsically safe EMT4X0 2 melt pressure transmitter for pressure measurement in hot media
- ATEX-certified for hazardous area applications
- PTB-approved 4–20 mA two-wire output
- Pressure ranges from 0–17 bar to 0–2,000 bar
- Media temperatures up to 400 °C
- Rigid connection between diaphragm and housing
- Integrated electronic calibration function

Datasheet |
- Intrinsically safe EMT4XX 2 melt pressure transmitter for pressure and temperature measurement
- ATEX-certified for hazardous area applications
- Integrated Type J thermocouple for simultaneous temperature measurement
- PTB-approved 4–20 mA two-wire output
- Pressure ranges from 0–17 bar to 0–2,000 bar
- Media temperatures up to 400 °C
- Flexible capillary connection between sensing stem and electronics housing

Datasheet |
- Intrinsically safe EMT4XX 2 melt pressure transmitter for pressure and temperature measurement
- ATEX-certified for hazardous area applications
- Integrated thermocouple for simultaneous temperature measurement
- 4–20 mA two-wire output signal
- Pressure ranges from 0–17 bar to 0–2,000 bar
- Media temperatures up to 400 °C
- Flexible connection between sensing stem and electronics housing

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- Dynisco Model 1192 smart pressure transmitter for thread mounting
- Microprocessor-based pressure transmitter with HART® communication
- Pressure ranges from 0–100 bar to 0–680 bar
- Accuracy up to ±0.15% of span
- 4–20 mA output with optional temperature output
- Optional programmable LCD display available
- Suitable for process temperatures up to 350 °C
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- Dynisco Model 1195 smart pressure transmitter for button-seal mounting
- Microprocessor-based transmitter with HART® communication
- Accuracy up to ±0.15% of span
- 4–20 mA output with optional temperature output
- Optional programmable LCD display
- Process temperatures up to 350 °C
- Available with ATEX, FM and intrinsically safe approvals
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- New generation MDT4X0F two-wire melt pressure transmitters
- MDT420F and MDT460F models with 4–20 mA output signal
- Pressure ranges from 0–17 bar to 0–2,000 bar
- High noise immunity, also with unshielded cables
- “Auto-Zero” function for simple zero adjustment
- Suitable for media temperatures up to 400 °C
- Defined failure signal according to NE 43
Datasheet |
- MDT4X0 melt pressure transmitters with voltage outputs
- Available in 3-wire or 4-wire configurations
- Pressure ranges from 0–17 bar to 0–2,000 bar
- Suitable for media temperatures up to 400 °C
- Rigid stem design between diaphragm and housing
- Integrated electronic calibration function
- Voltage output signals available up to 0–10 VDC
Datasheet |
- MDT4X2 melt pressure transmitters with voltage outputs
- Available in 3-wire and 4-wire configurations
- Pressure ranges from 0–17 bar to 0–2,000 bar
- Suitable for media temperatures up to 400 °C
- Flexible capillary connection between sensing stem and electronics housing
- Integrated electronic calibration function
- Multiple voltage output ranges available up to 0–10 VDC
Datasheet |
- Dynisco MDT4X2F pressure sensor series for safety-related applications up to SIL2
- Pressure ranges from 0–17 bar to 0–2,000 bar
- 4–20 mA two-wire output signal
- Designed for high-noise industrial environments
- Local and remote rezero capability
- Media temperatures up to 400 °C at the diaphragm
- Available with optional thermocouple or RTD configurations

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- 2-wire melt pressure transmitter with 4...20 mA output signal
- MDT435F model with 0.5 % accuracy and MDT467F model with 1.0 % accuracy
- “Auto-Zero” function for zero adjustment directly at the transducer or remotely
- High noise immunity, even with unshielded connection cables
- Small sensing head for restricted installation spaces
- Integrated electronic range calibration with 80 % of full scale
- 2-wire amplifier converts process pressure into a proportional 4...20 mA signal
- Media temperature up to 400 °C
- Pressure ranges from 0...35 bar to 0...2000 bar
- Defined fault signal behavior according to NAMUR NE 43
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- Smart 4...20 mA pressure transmitter for hazardous locations
- SPX2242 model with optional HART™ communication
- All-welded construction with 1/2-20 UNF threaded connection
- Accuracy better than ±0.25 % FSO
- Pressure ranges from 0...250 psi to 0...30,000 psi
- 4...20 mA loop-powered output for direct connection to DCS or PLC
- Explosion proof and ATEX / intrinsically safe versions available
- Optional thermocouple or RTD configurations for melt temperature measurement
- Configurable via handheld communicator
- Standard wetted parts made of DyMax™ coated 15-5 PH stainless steel

Datasheet |
- Smart 2-wire pressure transmitters with 4...20 mA output
- SPX4222 model with 0.25 % accuracy and SPX4622 model with 0.50 % accuracy
- Optional HART™ communication available
- Optional ATEX approval for intrinsically safe applications
- Certified according to ATEX II 2 (1) G 100a, EEx ia IIC T4/T6
- Pressure ranges from 0...17 bar to 0...2000 bar
- Process temperature up to 400 °C
- High noise immunity even with unshielded connection wiring
- 1/2"-20 UNF connection thread for standard mounting holes
- Autozero and autocall for easy commissioning and adjustment

Datasheet |
- Smart 4...20 mA pressure transmitters for hazardous locations
- SPX 4-Series for general melt pressure and process pressure measurement
- Optional HART™ communication available
- 4...20 mA loop-powered output for direct connection to DCS or PLC
- Accuracy down to ±0.25 % available, depending on model and pressure range
- Wide selection of pressure ranges and configurations
- Rangeability up to 6:1 turndown
- Configurations available for use in hazardous locations
- CE, ATEX / IECEx intrinsically safe approvals as well as SIL2 and PL “c” certifications available
- Optional thermocouple or RTD configurations for melt temperature measurement

Datasheet |
- Smart 4...20 mA pressure transmitter for hazardous locations
- SPX4352 model with optional HART™ communication
- 1/2-20 UNF threaded jam nut for space-restricted installations
- ATEX / intrinsically safe approval for II 1 G, Zones 0 and 1
- Accuracy better than ±0.25 % FSO
- Pressure ranges from 0...500 psi to 0...30,000 psi
- 4...20 mA loop-powered output for direct connection to DCS or PLC
- Configurable via handheld communicator
- Standard wetted parts made of DyMax® coated 15-5 PH stainless steel
- Meets PED and CE requirements

Datasheet |
- Smart 2-wire pressure transmitter with 4...20 mA output
- SPX4502 model with large diaphragm for low-pressure ranges
- Optional HART™ communication available
- Optional ATEX approval for intrinsically safe applications
- Certified II 2 (1) G ATEX 100a, EEx ia IIC T4/T6
- Low-pressure ranges 0...1.75 bar, 0...3.5 bar and 0...7 bar
- Flange mounting with large low-pressure diaphragm and integrated seal
- Process temperature up to 400 °C
- High noise immunity even with unshielded connection wiring
- Variable pressure range adjustment with turn-down up to 3:1

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- Smart 2-wire pressure transmitters with 4...20 mA output
- SPX4222 model with 0.25 % accuracy and SPX4622 model with 0.50 % accuracy
- Optional HART™ communication interface available
- Optional ATEX approval for intrinsically safe applications
- Certified II 2 (1) G ATEX 100a, EEx ia IIC T4/T6
- Pressure ranges from 0...17 bar to 0...2000 bar
- Process temperature up to 400 °C
- Autocall and autozero function for easy commissioning
- High noise immunity even with unshielded connection wiring
- 1/2-20 UNF sensing tip for standard mounting holes

Datasheet |
- Smart 4...20 mA pressure transmitter with temperature compensation
- 1/2-20 UNF threaded connection for standard transducer mounting holes
- SPX-T 3242 model in all-welded construction
- Accuracy down to ±0.25 % FS for pressure ranges ≥3M
- Reduces temperature-related drift by approx. 80 % compared to non-compensated units
- DynaLarity™ technology for linearization of process-related effects
- HART™ communication available as standard
- Pressure ranges from 500 psi to 10,000 psi
- Optional temperature outputs as RTD or 4...20 mA
- Rugged welded electronics housing

Datasheet |
- Smart 4...20 mA pressure transmitter with temperature compensation
- Small button seal flange-mount design for easier installation
- SPX-T 3243 model with small diaphragm and mounting flange
- Accuracy down to ±0.25 % FS for pressure ranges ≥3M
- Reduces temperature-related drift by approx. 80 % compared to non-compensated units
- DynaLarity™ technology for linearization of process-related effects
- HART™ communication available as standard
- Pressure ranges from 500 psi to 10,000 psi
- Optional temperature outputs as RTD or 4...20 mA
- Rugged welded electronics housing

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- Smart 4...20 mA pressure transmitter with temperature compensation
- Button seal Taylor-style replacement flange-mount design
- SPX-T 3290 model with large diaphragm and optional split flange
- Accuracy down to ±0.25 % FS for pressure ranges ≥3M
- Reduces temperature-related drift by approx. 80 % compared to non-compensated units
- DynaLarity™ technology for linearization of process-related effects
- HART™ communication available as standard
- Pressure ranges from 500 psi to 10,000 psi
- Optional temperature outputs as RTD or 4...20 mA
- Meets CE-PED requirements for European standards

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- Smart 4...20 mA pressure transmitter with temperature compensation
- Button seal flange-mount design with large diaphragm and mounting flange
- SPX-T 3291 model in all-welded construction
- Accuracy down to ±0.25 % FS for pressure ranges ≥3M
- Reduces temperature-related drift by approx. 80 % compared to non-compensated units
- DynaLarity™ technology for linearization of process-related effects
- HART™ communication available as standard
- Pressure ranges from 500 psi to 10,000 psi
- Optional temperature outputs as RTD or 4...20 mA
- Rugged welded electronics housing

Datasheet |
- Smart 4...20 mA pressure transmitter with temperature compensation
- 1/2-20 UNF threaded connection for standard transducer mounting holes
- SPX-T 3342 model in all-welded construction
- Accuracy down to ±0.15 % FS for pressure ranges ≥3M
- Reduces temperature-related drift by approx. 80 % compared to non-compensated units
- DynaLarity™ technology for linearization of process-related effects
- HART™ communication available as standard
- Pressure ranges from 500 psi to 10,000 psi
- Optional temperature outputs as RTD or 4...20 mA
- Rugged welded electronics housing

Datasheet |
- Smart 4...20 mA pressure transmitter with temperature compensation
- Small button seal flange-mount design for easier installation
- SPX-T 3343 model with small diaphragm and mounting flange
- Accuracy down to ±0.15 % FS for pressure ranges ≥3M
- Reduces temperature-related drift by approx. 80 % compared to non-compensated units
- DynaLarity™ technology for linearization of process-related effects
- HART™ communication available as standard
- Pressure ranges from 500 psi to 10,000 psi
- Optional temperature outputs as RTD or 4...20 mA
- Rugged welded electronics housing

Datasheet |
- Smart 4...20 mA pressure transmitter with temperature compensation
- Button seal Taylor-style replacement flange-mount design
- SPX-T 3390 model with large diaphragm and optional split flange
- Accuracy down to ±0.15 % FS for pressure ranges ≥3M
- Reduces temperature-related drift by approx. 80 % compared to non-compensated units
- DynaLarity™ technology for linearization of process-related effects
- HART™ communication available as standard
- Pressure ranges from 500 psi to 10,000 psi
- Optional temperature outputs as RTD or 4...20 mA
- Rugged welded electronics housing

Datasheet |
- Smart 4...20 mA pressure transmitter with temperature compensation
- Button seal flange-mount design for easier installation
- SPX-T 3391 model with large diaphragm and mounting flange
- Accuracy down to ±0.15 % FS for pressure ranges ≥3M
- Reduces temperature-related drift by approx. 80 % compared to non-compensated units
- DynaLarity™ technology for linearization of process effects
- HART™ communication available as standard
- Pressure ranges from 500 psi to 10,000 psi
- Optional temperature outputs as RTD or 4...20 mA
- Rugged welded electronics housing

Datasheet |
- Melt pressure transmitter with voltage outputs in 3- or 4-wire technology
- TDT432 model with 0.5 % accuracy and TDT463 model with 1.0 % accuracy
- For melt pressure measurement with simultaneous temperature measurement at the media
- Integrated Type J thermocouple
- Flexible capillary between housing and stem
- Various voltage output ranges, standard range 0...10 VDC
- Media temperature up to 400 °C
- Pressure ranges from 0...17 bar to 0...2000 bar
- Wetted parts made of DyMax™ coated 15-5 PH stainless steel
- Integrated electronic calibration with 80 % of full scale
Datasheet |
- 2-wire melt pressure transmitter for demanding melt pressure measurements
- TDT432F model with 0.5 % accuracy and TDT463F model with 1.0 % accuracy
- 4...20 mA 2-wire output signal for PLCs, control rooms and control systems
- “Auto-Zero” function for zero adjustment directly at the transducer or remotely
- High noise immunity, even with unshielded 2-wire connection cables
- Integrated Type J thermocouple for simultaneous temperature measurement at the media
- Flexible connection between housing and stem
- Media temperature up to 400 °C
- Pressure ranges from 0...35 bar to 0...2000 bar
- Wetted parts made of DyMax™ coated 15-5 PH stainless steel
Datasheet |
Dynisco – Melt Pressure Transmitters / Bulk Pressure Transmitters
Dynisco’s melt pressure transmitters are rugged pressure transducers designed for polymer processing — e.g. extrusion, injection molding or other plastic production. They measure process pressure (melt pressure) directly at the point of action and convert it to a standardized electrical signal (mV/V, 4–20 mA, 0–10 V, depending on model). This ensures reliable, repeatable pressure monitoring even under high temperature and harsh process conditions — essential for quality assurance, process control and safety in manufacturing.
Questions & Answers on Dynisco Melt Pressure Transmitters
What is a melt pressure transmitter?
A sensor that measures pressure in a plastic or polymer process and converts this pressure into an electrical output signal for monitoring, control or analysis.
Where are these transmitters typically used?
In plastic extrusion lines, injection molding machines, recycling processes or polymer handling — wherever melt or process pressure must be measured at e.g. extruder barrels, screen changers, nozzles or melt pumps. :contentReference[oaicite:8]{index=8}
What output signal types and pressure ranges are available?
Depending on the model, outputs such as mV/V, 4–20 mA or 0–10 V are offered. Pressure ranges vary from lower to very high pressures, tailored to the specific application. :contentReference[oaicite:9]{index=9}
What makes these transmitters robust and reliable?
They are built for the harsh conditions of polymer processing: high temperature, high pressure, abrasive or viscous melts. Materials, diaphragms and filling media are selected for durability. :contentReference[oaicite:10]{index=10}
How are they mounted and integrated?
The transmitter is mounted directly into a process opening (standard thread or flange), and its electrical output connected to process controls or measurement systems. Flexible shaft or capillary versions exist to adapt to temperature or space constraints. :contentReference[oaicite:11]{index=11}
What are the key benefits of using them?
Continuous, accurate pressure measurement — useful for process stability, detecting pressure deviations, ensuring consistent product quality, and avoiding defects or shutdowns. :contentReference[oaicite:12]{index=12}
Can the sensors be used for different media or application areas?
Yes — Dynisco offers a variety of sensor and transmitter models adapted for different pressures, temperatures and media — including options for food, medical or corrosive environments. :contentReference[oaicite:13]{index=13}
Why is calibration and correct signal output configuration important?
Because accurate, reproducible measurement depends on proper calibration and choice of output signal (mV/V, 4–20 mA etc.). This ensures compatibility with control or data acquisition systems and reliable process monitoring. :contentReference[oaicite:14]{index=14}
Who benefits most from using Dynisco melt pressure transmitters?
Plastic processors, extrusion or molding facilities, manufacturers of technical polymer products, machine builders and any industrial operation requiring precise pressure measurement under demanding conditions.

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Datasheet