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Cordsets
Length of Wire
Part Number
DC Power and Analog I/O
Required on all T3200 and T3500 transducers.
Single-ended cordset with 6-pin female M12 micro-style connector.
3' (0.9m)
122-004-08
6' (1.83m)
122-004-09
12' (3.66m)
122-004-10
20' (6.10m)
122-004-11
DC Power and Analog I/O
Required on Z-option Type 3215.
Single-ended cordset with 4-pin female M12 micro-style connector.
3' (0.9m)
122-004-04
6' (1.83m)
122-004-05
12' (3.66m)
122-004-06
20' (6.10m)
122-004-07
Serial RS-485
Required on all T3500 Serial RS-485 transducers.
Single-ended cordset with 4-pin female nano-style connector.
6.5' (2m)
122-000-00
16.5' (5m)
122-000-01
DeviceNet
Required on all T3500 DeviceNet transducers. Single-ended cordset with 5-pin female M12 micro-style connector
3' (0.9m)
160-560-01
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Converters
Part Number
RS-232 Converter
Converts T3400/T3500 Serial RS-485 interface to RS-232.
160-700-00
USB Converter
Used in combination with RS-232 Converter, allows connection of T3400 or T3500 Serial to USB port
160-710-00
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Power Supplies and Control Knobs    
Part Number
A pair of 15VDC circuit-card power supplies is available for integration of Type 3000 transducers into 120VAC systems. The ZMS-JR powers a single Type 3000; the ZMS15-2 powers up to 2. In addition, the ZMS15-2 can control a pair of Type 3000 transducers with 0-10V when combined with the P1 Control Knob.
The ZMSJR is rated at 375 mA maximum output; the ZMS15-2 at 750mA. Connections are made via removable terminal blocks. Both power supplies are short circuit protected, and mounted in trays for easy DIN rail mounting. The ZMSJR (without DIN tray) can also be standoff mounted. AC power cords are included. The ZMSJR has a 3.6" X 3.1" (91mm X 79mm) footprint and is 2.6" (66mm) high when mounted in its DIN tray; the ZMS15-2 is 5.4" X 3.1" (137mm X 79mm) and 2.7"(69mm).
ZMSJR
Powers one Type 3000
501-200-04
ZMS15-2
Powers & Controls two T3000’s
501-200-00
P1-3
Control Knob with 3' (0.91m) wiring
504-100-00
P1-6
Control Knob with 6' (1.83m) wiring
504-100-01
P1-12
Control Knob with 12' (3.66m) wiring
504-100-02
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Remote Pressure Sensors (RPS)

The RPS is designed for connection to the T3000’s 2nd loop input. When used to monitor pressure at the output of an external volume booster, or directly at the user’s remote application, the RPS sensor increases overall accuracy and speed of response to downstream changes.
Pressure ranges from vacuum to 1000 psig are available. RPS outputs (0-10V or 4-20mA) are field-adjustable. 4-20 mA versions require 12-24VDC external power, while 0-10V versions require 15-24VDC. The RPS weatherproof housing is 1.8" wide X 2.6" tall (for pressures above 300 psig (20.68 BAR), extended height housing is required). The RPS can be directly mounted to the application with its male 1/4" NPT pneumatic connection, or with the SPC-MB1 bracket (available separately).
Temperature range is 0-50ºC.


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Create Part Number:  
RPS0G
XXX
XXXX
XX
     
Upper end of pressure range (e.g., '030 for 30 psig)
 
     
Electrical output ('0E10 for 0-10V or '4120' for 4-20mA)
 
    3' (0.9m) Length of wiring
  6' (1.83m)
External Volume Boosters
Part #
Supply & Output Port Size (NPT)

Maximum Supply

Maximum Signal & Output
Typical Forward Flow
Typical Exhaust Flow

Volume Boosters increase the flow capacity of electro-pneumatic transducers, leading to faster response time and increased ability to remain at setpoint.
Low-flow transducers (T3210, T3220, T3510, and T3520) can be mounted on the volume booster of your choice. Simply add the booster’s 2-letter code (from below) to the Options field of the T3000 part #.
The RPS sensor can be used with two-loop transducers (T3120, T322X, T3420, and T352X), closing the loop to the booster’s output and increasing overall accuracy.
When the distance between transducer and volume booster is large (e.g., when the transducer is mounted in a cabinet and the booster is installed directly at the application), one of the high-flow transducers (e.g., T3211 or T3512) can drive the booster over distance.
The X booster is the Marsh Bellofram Type 20EXHR. It utilizes two-stage technology to maintain setpoint over a wide range of flows (Note: minimum output is 2 psig/0.14 BAR). The Z booster is the Marsh Bellofram Type 75HR. The N booster is the Marsh Bellofram Type 79. Consult the documentation for these products for more information.
The Q boosters are ultra-high flow boosters. The V booster can be used with vacuum versions of the T3210, T3220, T3510, and T3520.
Flow capacities are for comparison purposes only. Forward flow is typically measured at 100 psig (6.9 BAR) supply and 80 psig (5.52 BAR) output. Exhaust flow is typically measured at 5-10 psig (0.35-0.69 BAR)above 20 psig (1.38 BAR) setpoint.

 

 

 

 

 

 

 

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X2
1/4"
150 psig
10.34 BAR
120 psig
8.27 BAR

14 scfm
396 LPM

10 scfm
283 LPM
X3
3/8"
150 psig
10.34 BAR
120 psig
8.27 BAR
14 scfm
396 LPM
10 scfm
283 LPM
 
Z2
1/4"
250 psig
27.53 BAR
150 psig
10.34 BAR
40 scfm
1.33 LPM
15 scfm
425 LPM
Z3
3/8"
250 psig
27.53 BAR
150 psig
10.34 BAR
50 scfm
1416 LPM
15 scfm
425 LPM
Z4
1/2"
250 psig
27.53 BAR
150 psig
10.34 BAR
50 scfm
1416 LPM
15 scfm
425 LPM
 
N3
3/8"
400 psig
27.58 BAR
200 psig
13.79 BAR
170 scfm
4814 LPM
31 scfm
878 LPM
N4
1/2"
400 psig
27.58 BAR
200 psig
13.79 BAR
200 scfm
5663 LPM
31 scfm
878 LPM
N6
3/4"
400 psig
27.58 BAR
200 psig
13.79 BAR
220 scfm
6230 LPM
31 scfm
878 LPM
N8
1"
400 psig
27.58 BAR
200 psig
13.79 BAR
220 scfm
6230 LPM
31 scfm
878 LPM
 
Q6
3/4"
300 psig
20.68 BAR
160 psig
11.03 BAR
550 scfm 15574 LPM
220 scfm
6230 LPM
Q8
1"
300 psig
20.68 BAR
160 psig
11.03 BAR
550 scfm 15574 LPM
220 scfm
6230 LPM
QA
1-1/4"
300 psig
20.68 BAR
160 psig
11.03 BAR
2200 scfm
62297 LPM
200 scfm
5663 LPM
QB
1-1/2"
300 psig
20.68 BAR
160 psig
11.03 BAR
2200 scfm
62297 LPM
200 scfm
5663 LPM
QC
2"
300 psig
20.68 BAR
160 psig
11.03 BAR
2200 scfm
62297 LPM
200 scfm
5663 LPM
 
V2
1/4"
140 psig
9.65 BAR

100 psig
6.9 BAR

50 scfm
1416 LPM
6 scfm
170 LPM
V3
3/8"
140 psig
9.65 BAR
100 psig
6.9 BAR

50 scfm
1416 LPM

6 scfm
170 LPM
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