Cross-Reference · Kulite

Kulite XTL-100-190 Replacement: DABEY MPTW500

Looking for a Kulite XTL-100-190 replacement? The DABEY MPTW500 series is a miniature pressure sensor offered as an alternative for XTL-100-190 applications. Both use a 100 mV four-arm Wheatstone bridge at 10 VDC excitation, with 10-32 UNF or M5×0.8 mounting. This page compares published specifications and lists what to confirm before ordering.

  • 100 mV bridge output
  • 10-32 UNF or M5×0.8
  • Absolute or sealed gauge
  • −55 °C to +150 °C
Important: the MPTW500 standard range list starts at 0–2 MPa (0–300 PSI). XTL-100-190 ranges below 300 PSI require a customized range. Contact our applications engineers to confirm coverage for your pressure range.

Specifications Compared

Side-by-side comparison of published specifications. Kulite values are taken from the published XTL-100-190 (S/L)(M) series datasheet.

Parameter Kulite XTL-100-190 Series DABEY MPTW500
Pressure range 10, 15, 25, 50, 100, 250, 500, 1000, 2000 PSI (0.7–140 bar) 0–300, 0–700, 0–1500, 0–5000, 0–10,000 PSI (0–2 to 0–70 MPa). Custom ranges and units available.
Operational mode Absolute; absolute or sealed gauge Absolute or sealed gauge
Over pressure 2 × rated to 500 PSI (35 bar); 1.5 × rated above 500 PSI (35 bar) 2 × FS
Burst pressure 3 × rated, max 5000 PSI (350 bar) 3 × FS
Full-scale output 100 mV (nom.) 0–100 mV (S1, S2); 0.5–4.5 V (S4)
Rated / max excitation 10 VDC/AC rated; 12 VDC/AC maximum S1: 10 VDC; S2: 8–16 VDC; S4: 8–32 VDC
Input impedance 1000 Ω (min.) > 5000 Ω (S1, S2)
Output impedance 1000 Ω (nom.) 5000 Ω typical (S1, S2); < 150 Ω (S4)
Residual unbalance / zero ± 5 mV (typ.) Within ± 5% FS, about ± 5 mV at a 100 mV full-scale output
Accuracy (non-linearity, hysteresis, repeatability) ± 0.1% FSO BFSL (typ.); ± 0.5% FSO (max) A2: ± 0.1% FS BFSL; A1: ± 0.2% FS BFSL
Natural frequency (without screen) 175 to 1400 kHz, depending on range Greater than 400 kHz (chip)
Frequency response Not specified in the published datasheet S1, S2: limited by the acoustic characteristics of the resonant cavity; about 5 kHz at 3 dB in liquid media. S4: up to 10 kHz at 3 dB.
Acceleration sensitivity 2.0e-5 to 1.0e-3 %FS/g (varies by range) Not specified in the published datasheet
Insulation resistance 100 MΩ min. @ 50 VDC ≥ 100 MΩ @ 50 VDC
Operating temperature −55 °C to +175 °C −55 °C to +150 °C
Compensated temperature +25 °C to +80 °C (any 100 °F range within the operating range on request) Selectable within −55 °C to +150 °C
Thermal zero shift (per 100 °C) ± 1.8% FS (typ.) — converted from ± 1% FS/100 °F S1, S2: < ± 1.5% FS. S4: total error typ. < ± 0.25% FS, max < ± 0.5% FS
Thermal sensitivity shift (per 100 °C) ± 1.8% FS (typ.) — converted from ± 1% FS/100 °F Included in the total error figures above (S4)
Vibration 20 g peak, sine 10–2000 Hz 20 g peak, sine 10–2000 Hz; effect on accuracy < 1 ppm FS/g
Shock 20 g half-sine, 11 ms 50 g half-sine, 11 ms
Weight 6 g (nom.) ≤ 13 g (cable and connector additional)
Wetted materials 15-5 stainless steel or SiO₂ 316L / 17-4PH stainless steel
Pressure media All nonconductive, noncorrosive liquids or gases. Performance not guaranteed in water. Most conductive liquids and gases require factory consultation. All fluids compatible with 316L / 17-4PH stainless steel
Mounting thread 10-32 UNF-2A or M5 × 0.8 (two body lengths: 11.1 mm and 19.3 mm) P30: M5 × 0.8 (8.6 mm); P31: 10-32 UNF (8.6 mm); P48: M5 × 0.8 (5.28 mm); P49: 10-32 UNF (5.28 mm)
Mounting torque 15 in-lb (max), 1.7 N·m 6.5 N·m for 0–35 MPa
O-ring Silicone, 4.5 mm I.D. × 1.0 mm C.S. P30, P31: 3.5 × 1.5 mm; P48, P49: 4.8 × 1.0 mm; material matched to the measured medium
Electrical connection Comtronic connector P/N 20-11019-0001 or equivalent C8: 4 × 30 AWG shielded cable, 1 m (other options available)
Pressure sensing principle Fully active four-arm Wheatstone bridge, dielectrically isolated silicon on silicon, patented leadless technology Four-arm Wheatstone bridge, silicon MEMS chip
Signal conditioning External signal conditioner recommended (Kulite KSC series) Variant S4 includes on-board conditioning

MPTW500 values are taken from the DABEY MPTW500 datasheet. For XTL-100-190 replacement, the S1 and S2 millivolt output variants are the closest match.

  • Low-end range coverage differs. The XTL-100-190 range list starts at 10 PSI; MPTW500 standard ranges start at 0–2 MPa (300 PSI). Ranges below 300 PSI require customization.
  • High-temperature limit differs. XTL-100-190 is rated to +175 °C; MPTW500 to +150 °C. Verify if your process runs above 150 °C.
  • Weight and electrical interface differ. 6 g against ≤ 13 g, and a Comtronic connector against a 4-wire cable by default.

Range Mapping

Closest MPTW500 standard range for each XTL-100-190 range. Non-standard ranges and units can be customized.

Kulite XTL-100-190 range MPTW500 closest standard range Custom option
10 PSI (0.7 bar)Below the MPTW500 standard rangeCustom range on request
15 PSI (1.0 bar)Below the MPTW500 standard rangeCustom range on request
25 PSI (1.7 bar)Below the MPTW500 standard rangeCustom range on request
50 PSI (3.5 bar)Below the MPTW500 standard rangeCustom range on request
100 PSI (7 bar)Below the MPTW500 standard rangeCustom range on request
250 PSI (17 bar)Below the MPTW500 standard rangeCustom range on request
500 PSI (35 bar)0–5 MPa (0–700 PSI)Custom for 0–35 bar
1000 PSI (70 bar)0–10 MPa (0–1500 PSI)Custom for 0–70 bar
2000 PSI (140 bar)0–35 MPa (0–5000 PSI)Custom for 0–140 bar

Kulite XTL-100-190 Replacement: What to Check

Pressure range

Check whether your range falls at or above 300 PSI. Below that, the MPTW500 requires a customized range — confirm with our applications engineers first.

Sealing geometry

Threads match (10-32 UNF, M5×0.8), but O-ring dimensions and fitting lengths vary by option. Verify the sealing face against your drawing.

Temperature

XTL-100-190 is rated to +175 °C, MPTW500 to +150 °C. If your process runs above 150 °C, confirm suitability before ordering.

Media and connection

Confirm your media against 316L / 17-4PH, and decide between the standard 4-wire cable and a connector option.

Source and Verification

Competitor specifications: taken from the published Kulite XTL-100-190 (S/L)(M) series datasheet. View source

MPTW500 specifications: taken from the DABEY MPTW500 datasheet. View datasheet

Verified: 2026-09-15

Talk to an applications engineer

Send your pressure range, reference type, output variant, temperature window, and mounting constraints. We will confirm the closest MPTW500 configuration and return the datasheet, drawing, and availability.

Talk to an applications engineer

Frequently Asked Questions

Can the DABEY MPTW500 be used as an alternative for Kulite XTL-100-190 applications?
The MPTW500 is offered as an alternative for XTL-100-190 applications. Both use a 100 mV four-arm Wheatstone bridge at 10 VDC excitation, with 10-32 UNF or M5×0.8 mounting. Confirm the range, reference type, impedance, temperature window, sealing geometry, and wetted material against your requirement, then validate side by side in your own fixture.
Does the MPTW500 cover every XTL-100-190 pressure range?
Not entirely. XTL-100-190 ranges start at 10 PSI, while MPTW500 standard ranges start at 0–2 MPa (300 PSI). Ranges below 300 PSI require a customized range. Contact us with your specific range and we will confirm feasibility.
Is the mounting interface compatible?
Both use 10-32 UNF and M5×0.8 threads. O-ring dimensions and fitting lengths differ between MPTW500 options, so verify the sealing face and insertion depth against your assembly drawing. Follow the MPTW500 installation torque specification rather than the value quoted for the original sensor.
Do I need a signal conditioner with the MPTW500?
For the millivolt output variants (S1, S2), yes — a stable excitation supply and conditioning are required, as with any millivolt bridge sensor. The S4 variant provides a 0.5–4.5 V output with on-board conditioning, which removes the need for a separate conditioner.

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