EXD Series Explosion Proof Transmitter
0-5 inwc through 0-5K psid
Certified for Hazardous Locations
EX approved for hazardous locations
Dylix’s EXD Series Differential Pressure Transmitter is designed and approved for use in hazardous locations. The EXD’s entirely welded 316L SST construction is hermetically sealed, making it ideal for the worst of pressure applications. CSA/CUS Explosion Proof certified for Class I Div 1 and Class I Div 2 Groups A, B, C, D.
Manufactured for extended life cycles
The EXD is built using advanced manufacturing techniques to ensure symmetry between the Hi and Lo ports. Symmetry, along with automated welding procedures and extreme environmental burn-in, give Dylix’s differential pressure products excellent performance and reliability over time and at high elevated line pressure.
Entirely welded 316L SST pressure cavities
The EXD’s pressure ports all welded 316L SST ‘O’-Ring free design makes it ideal for high cyclical applications, capillary filled systems, or applications where a guaranteed leak free system is needed.
Dylix’s Customer Service
Each transducer is delivered with a NIST traceable calibration certificate.

Standard Features:
- Hermetically Sealed Package
- ± 0.25% FSO Static Accuracy
- 0-5” H2O through 0-5,000 psi
Available Options:
- ± 0.1% FSO Static Accuracy
- ± 0.5% FSO Thermal Error Band
- Low Power
Product Specifications
Electrical |
|
---|---|
Excitation | |
EXD1 | 2-15 Vdc |
EXD2 & EXD3 | 10-38 Vdc* |
Output | |
EXD1 | 1-2 mV/V* |
EXD2 | 0-5 Vdc* |
EXD3 | 4-20 mAdc |
Zero Balance | ≤ 1% FSO |
FSO Setting | ≤ 1% FSO |
Resolution | Infinite (0.001% FSO usable) |
Response Time | |
EXD1 | < 50 mS |
EXD2 & EXD3 | < 100 mS |
Insulation Resistance | 1,000 M Ω @ 50 Vdc |
Reverse Polarity | Protected |
Warm-up | < 100 mS |
Power Supply Effect | ≤± .002% per V input |
EMI/RFI | Internal Filtering (EXD2, EXD3) |
Short Circuit Protected | Up to 40 Vdc |
Environmental |
|
---|---|
Compensated Temp Range | 0 to 170º F |
Operating Temp Range | -20 to 200º F |
Storage Temp Range | -40 to 250º F |
Certifications |
|
---|---|
CSA/CUS Explosion Proof Class I Div 1 Groups A, B, C, D | |
CSA/CUS Explosion Proof Class I Div 2 Groups A, B, C, D | |
Master Contract Number: 229278 | |
Certificate Number: 1658325 |
* Options Available
Mechanical |
|
---|---|
Pressure Ranges | |
Range A: 0-5” inwc through 0-30 psi | |
Range B: 0-30 through 0-200 psid | |
Range C: 0-300 through 0-1K psid | |
Range D: 0-2K through 0-5K psid | |
(Customer may specify any range/eng. unit) | |
Line Pressure | |
Range A: 1,000 psi | |
Range B: 1,000 psi | |
Range C: 3,000 psi | |
Range D: 2,000 psi | |
Proof Pressure | |
Range A: 1,000 psi | |
All others: 3X Full Scale either side | |
(7K psi max)* | |
Burst Pressure | |
Range A: Minimum 3K psi | |
Range B: Minimum 5K psi | |
Range C: Minimum 10K psi | |
Range D: Minimum 12K psi | |
Material | |
Wetted Parts | 316L SST |
Non-wetted Parts | 316L SST plus electrical connector |
Pressure Port* | 1/4" NPT (Female)* |
Electrical Connector | 1/2" NPT (Male) conduit cable exit with 24” cable* |
Dimensions | Per outline O-EXD-001 |
Weight | 18 oz. Nominal |
Performance |
|
---|---|
Static Accuracy | ± 0.25% FSO* (BFSL, RSS) |
(Combined effects of non-linearity, hysteresis & repeatability) | |
Static Pressure Effect | |
On Zero | ± 1% FSO per 1,000 psi |
On Span | ± 1% of reading per 1,000 psi |
Repeatability | ± 0.1% FSO |
Temperature Effects | ± 1.5% FSO over comp range |
(Combined effects of Zero & FSO with reference at 70º F) | |
Mounting Effects | Zero shifts up to 1” H2O depending on orientation |
Long Term Stability | ± 0.25% FSO per year |
Standard Wiring
Model | Output | + Power | - Power | + Signal | - Signal | Case Ground |
---|---|---|---|---|---|---|
EXD1 | mV/V dc 4 wire | Red | Black | Green | White | Tinned Wire |
EXD2 | 0-5 (10) Vdc 3 wire | Red | Black | Green | Tinned Wire | |
EXD3 | 4-20 mAdc 2 wire | Red | Black | Green |
**Dylix Corporation reserves the right to change specifications without prior notification. Please contact the factory for the latest revision.