Masoneilan. Model 8007 and 8008 Electropneumatic Transducers. New Nozzle Design Minimises Effect of Vibration. Specification Data BS 6500 E 06/03
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1 Masoneilan Model 8007 and 8008 Electropneumatic Transducers Specification Data BS 6500 E 06/03 New Nozzle Design Minimises Effect of Vibration
2 New Nozzle Design Minimises Effect of Vibration Model 8007 and 8008 electropneumatic transducers convert a low-power DC signal into a proportional pneumatic signal in the 207 to 1035 mbar (3 to 15 psi), or 414 to 2070 mbar (6 to 30psi) range, as appropriate. They are of the force balance type. Generally speaking, a signal from the Model 8007 is utilised by a pneumatic positioner or a supply relay of the volume booster type. Model 8008 is fitted with a relay, which allows the transducer output signal to directly control a valve pneumatic actuator. These transducers are either direct or reverse action. All that is needed to change the direction of operation is to reverse the connections of the signal leads on the terminal board. These transducers can be installed in any position without affecting their operation, and they are not sensitive to radio waves. Description Casing : Several mounting plates allow the transducers to be fitted to the yoke of all Masoneilan actuators. Enclosure Rating for Non-Explosive Atmospheres : IP 6X according to EN Approvals for Explosive Atmospheres ATEX Approvals (94/9/EC Directive) Explosionproof : II 2 G/D EEx d IIB + H 2 T6 (Tamb. = -20 C to +68 C) T5 (Tamb. = -20 C to +80 C) IP 6X T100 C (Ta +80 C) N LCIE 02 ATEX 6088 Intrinsic Safety : II 1 G/D EEx ia IIC T6 (Tamb. = -55 C to +40 C) T4 (Tamb. = -55 C to +80 C) IP 6X T125 C (Ta +80 C) N LCIE 02 ATEX 6058 X CSA Approvals (Canadian Standards Association) Flameproof : Class I, Group D Yugoslav Approvals (S Commission) Intrinsic Safety : SIA IIC T6 (Tamb. +40 C) SIA IIC T4 (Tamb. +80 C) Particulars contained in this publication are for general information only and Masoneilan reserves the right to modify the contents without prior notice. No warranty either expressed or implied is either given or intended. 2
3 Tropicalisation : the purpose of this treatment is to protect the transducer from the effects of damp, i.e. fungus and micro-organisms. Beam Support : the beam is supported on a friction free fulcrum provided by two beryllium copper flexure bearings. Nozzle : this has been designed so that vibration will have no effect on transducer response. Relay (Model 8008 only) : a diaphragm unit separates the output and nozzle circuits. A double-seated valve controls the flow of supply air to the output and from the output to the exhaust orifice. Supply air enters the nozzle circuit via a metering tube. If necessary, the orifice can be cleared by the manually operated plunger. Fig. 1 : Nozzle Assembly Fig. 2 : Relay Nozzle Cap Slot Wire Plunger Flapper Beam Washer METERING TUBE (59) RELAY BODY (66) INTERMEDIATE PLATE (56) RELAY CAP (54) Nozzle S/A Ball TO ACTUATOR GASKET (19) DIAPHRAGM BLOCK S/A (77) HOLDING PLUG (69) SPRING (68) RELAY PLUG (78 & 79) EXHAUST NOZZLE BACK Electrical Circuit : The input circuit of Model 8007 and 8008 transducers can be adapted to suit DC signals from most electrical controllers. Signal leads are taken into the casing through a 1/2" NPT tapped hole. This connection will accept a cable gland complying with the relevant protection standard. Pneumatic Circuit : the transducer supply and output connections are tapped 1/4" NPT. They are located on the manifold on Model 8007, and on the relay on Model To facilitate pneumatic circuit connection, manifold and relay can be fitted to the transducer in a choice of four different positions. Coil : windings are epoxy resin impregnated. 3
4 Operation Any variation in the control input signal through the coil changes the gap between flapper and nozzle, causing a change in nozzle back pressure. This change in pressure works in counteracting beam movement until equilibrium is restored. Output pressure is the same as nozzle circuit pressure in Model 8007 transducers. With direct action, any increase in the input signal brings about an increase in output air pressure. With reverse action, any increase in the input signal brings about a decrease in output air pressure. Fig. 3 : Sectional View of Transducer (Model 8007 illustrated) MANIFOLD (80) GASKET (19) NOZZLE (16) FLAPPER (46) BEAM (41) FLEXURE ZERO STRIP ADJUSTMENT (49 & 50) (52) COIL (40) MAGNET (5) TO BOOSTER RELAY OR POSITIONER METERING TUBE (59) FLAME ARRESTOR (74) TERMINAL BOARD (15) SPAN LOCKSCREW CASE ADJUSTMENT SCREW PLUG (83) MOUNTING BRACKET (22) Model 8008, with relay : Supply air enters the circuit via a metering tube. When the flapper blocks off the nozzle, pressure in the nozzle circuit rises. The resulting force moves the diaphragm unit in the direction of the relay plug, and this movement blocks off the vent to atmosphere and releases the supply orifice in the direction of the output. The action of the resulting increase in pressure is to move the diaphragm unit away from the relay plug. When forces generated by the nozzle and output circuits balance each other, the relay plug no longer allows supply air into the output circuit. A small bleed between supply and output is in fact provided for, and this keeps the relay plug slightly clear of its seat in order to speed up transducer response. 4
5 General Data Electrical Circuit : Resistance of the standard circuit is 216 ohms for a 4 to 20 ma signal (direct current). Some models can be adapted to suit most signals in present use. For intrinsically safe apparatus, 4-20 ma & 216 ohms only. Please see table opposite. Pressure Table : Transducer Model 8007 Model 8008 Supply Pressure mbar psi Output Signal Pressure mbar 207 to to to 2070 psi 3 to 15 3 to 15 6 to 30 Control Input Signal ma Other signals Transducer Input Resistance ohms To order Air Consumption : Transducer Model 8007 Model 8008 Output Signal 207 to 1035 mbar (3 to 15 psi) 207 to 1035 mbar (3 to 15 psi) 414 to 2070 mbar (6 to 30 psi) Max. Consumption (Steady State) 0.30 std. m 3 /h (0.18 scfm) 0.45 std. m 3 /h (0.26 scfm) 0.60 std. m 3 /h (0.35 scfm) Max. Instantaneous Flow Rate 0.30 std. m 3 /h (0.18 scfm) 4.30 std. m 3 /h (2.53 scfm) 9.00 std. m 3 /h (5.30 scfm) Working Temperature : (Refer also to the marking of the apparatus) Model 8007 : -20 C to +80 C -55 C to +80 C (optional). Model 8008 (standard : Neoprene type polydiene cloth-reinforced membrane) : -20 C to +80 C. Model 8008 (low temperature instrument : silicon cloth-reinforced membrane) : -55 C to +60 C. Air Connections : 1/4" NPT. Effect of Supply Pressure : For a supply pressure of 1586 mbar (23 psi) : 0.75% of output span for a supply pressure variation of 100 mbar (0.5% per psi). Performance Data : Hysteresis : 0.8% of output span. Sensitivity : 0.5% of input span. Accuracy : ± 1%. Performance of a system comprising of valve, packing, actuator, transducer and fittings depends on the individual performance of each component. Breakdown Voltage Test : 500 VAC (1 min test). Dimensions : see Figure 4. Net Weight : 3.5 kg (7.7 lbs). Fig. 4 : Dimensions (in mm) (with Relay) 187 (with Manifold) x 9 dia holes Supply / Output 1/4'' NPT Electrical Connection 1/2'' NPT 73 x 73 5
6 DISTRIBUTOR E.P. & S. - FRANCE 24 bis rue de Picpus PARIS Tel: +33 (0) Tel: +33 (0) ventes@fr-eps.com E.P. & S. - CAMEROON Immeuble Carré d Or Rue Soppo Priso Côté Chococho, Bonapriso DOUALA Tel: Tel: +33 (0) ventes@fr-eps.com Visit your web-site: * Trademark of the General Electric Company. Other company names and product names used in this document are the registered trademarks or trademarks of their respective owners General Electric Company. All rights reserved.
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